Dedicated transport for compact heavier loads

MWB VAN
COURIER SERVICE

Get a MWB van quote Call 01782 911 181

Urgent & planned business transportActual vehicle checked before bookingUK & European enquiries

Selected upper payloadUp to 1,500 kgActual vehicle and axle checks

Size referenceAbout 2.9 m longWidth and roof height vary

Pallet starting point2 UK / 3 EuroLoaded size, weight and access

Best fitCompact, heavier loadsLoading equipment at both ends

Choose the right body first

MWB van body types

An ordinary panel van is the starting point. Temperature control and other equipment change what can be carried.

Enclosed panel van

An enclosed MWB keeps suitable goods within a fixed metal body and normally offers rear doors plus side access. The bulkhead, wheel arches, roof profile and door frames shape the useful space. A high roof can help with taller goods, but the roof height must be confirmed.

This is the option we assess for compact heavy freight when the job can use a conventional van and the actual specification provides the required payload. It does not come with a standard tail lift.

Refrigerated or temperature-controlled

Tell us the required temperature, product type, loading temperature, journey duration and any recording requirements. A suitable converted vehicle is subject to availability and the job being agreed.

Insulation and cooling equipment can reduce a van’s usable space and payload. Send the packaged dimensions, total weight and required temperature so we can check a suitable vehicle. The standard panel-van figures below do not automatically apply.

Measure the packaged freight

MWB dimensions and load space

“Medium wheelbase” describes a category, not one identical cargo bay. Use these approximate references to start the enquiry, then confirm the actual van.

MWB reference dimensions and booking checks
Measurement or feature	Starting information
Internal length reference	Approximately 290 cm / 2.9 m
Internal width reference	Approximately 130 cm / 1.3 m, confirm arches and doors
Roof-dependent internal height	Approximately 140–180 cm / 1.4–1.8 m
Freight weight	Up to 1,500 kg on selected suitable vans
Category starting figure	1,250 kg, with actual specification checked
Pallets	Up to 2 suitable UK pallets or 3 suitable Euro pallets
Tail lift	Not a standard MWB panel-van feature
External clearance	Ask for the actual vehicle, including mirrors and roof equipment

Check the actual clearances

Internal length at the height of the goods.
Width between arches or other obstructions.
Usable height and any roof taper.
Rear and side door apertures.
Loaded pallet footprint, including overhang.
Outside dimensions for the receiving site.

Packed dimensions and working clearance matter more than a model badge. Send the measurements and photographs so we can assess the actual vehicle.

Why MWB measurements differ

A useful category reference is roughly 2.9 × 1.3 m of internal floor space with 1.4–1.8 m height, depending on the roof. These are approximate category references, not a measured average or a guarantee that every rectangular load of that size will fit. Manufacturers use SWB, MWB, L1, L2 and L3 differently across model ranges.

For a straightforward rectangular calculation, 2.9 × 1.3 × 1.4 m is 5.278 m³ and 2.9 × 1.3 × 1.8 m is 6.786 m³. Those are arithmetic envelopes, not certified usable cargo volumes. Neither volume proves a tall crate fits through a door.

Width between the wheel arches

Maximum interior width can be greater than the floor-level passage between arches. A pallet may need to sit in a particular part of the bay, and its loaded overhang can change the fit. A forklift must be able to place it without damaging the body.

Confirm the narrowest clear width, the door opening, sill height and the restraint space needed. The side door is not automatically as large as the rear opening.

External size is an access check

Approximate examples of 5.3 m length, 1.9 m width and 2.4 m height are background examples. They do not identify a particular model, specify width including mirrors or certify a loading-bay clearance.

Ask for the assigned vehicle’s actual outside dimensions and fitted roof equipment before confirming a shopping-centre bay, underground access, height barrier, narrow gate or restricted yard.

Heavy freight with a compact footprint

What an MWB courier van is good for

Synergix uses suitable MWB vans for heavier consignments that can fit and be handled safely without moving straight to a truck.

The useful question is how much freight can move in one workable journey. A selected high-payload MWB can be a good answer for dense goods that exceed a smaller van’s allowance but do not need the length or body volume of a larger vehicle. That can help avoid paying for truck capacity that the load does not need.

Medium wheelbase is the distance category between shorter and longer variants in a particular range. It is not a separate legal weight class. A courier MWB may be a 3,500 kg gross-weight panel van, but its permitted weight, empty mass, body and drivetrain determine the freight allowance. A lighter body at the same gross weight can leave more capacity for goods.

Advantages

A useful balance of freight space and manoeuvrability can help with business deliveries, yards and routes with several collections. A selected lightweight configuration can carry a surprisingly heavy compact load. Enclosed transport also protects suitable goods from normal weather exposure.

It can retain the route flexibility of a van without the same operating structure as a conventional diesel vehicle over 3.5 tonnes. It still has legal speed, weight, working and driver-fatigue rules.

Limitations

A panel van has fixed walls, door openings, wheel arches and no ordinary self-unloading equipment. It may have enough gross payload for two heavy pallets but no suitable rear access or axle distribution for them.

An MWB can be the wrong choice for very long goods, taller freight, bulky lightweight loads, a tail-lift requirement or goods that need side forklift access. Vehicle availability and approach mileage can also outweigh a theoretical size saving.

It is not universally the highest-payload van.

Some MWB specifications are particularly useful for their freight allowance, which is why we assess them for heavy work. But “MWB” on its own does not prove a larger payload than every SWB, LWB or other van. Gross rating, roof, drive layout, battery, extras and ready-to-work weight can reverse the comparison.

We can assess selected MWB vans for consignments up to 1,500 kg. That is a conditional upper capability, not a promise that every medium van can take that weight. Give the total weight early so the vehicle is chosen for it.

Choose by the goods and handling

MWB courier uses

Dense goods often use the weight allowance before they use all the space. That is where careful MWB selection can be valuable.

Alcohol and drinks stock

Bottled drinks, cases, kegs and suitable palletised stock can be heavy while occupying modest space. An MWB may suit a trade-stock movement where a smaller vehicle is overweight and a larger truck would add unnecessary cost.

State the gross pallet or keg weights, packaging, any temperature requirement and the retailer’s delivery arrangements. A shop frontage, basement cellar or pub doorway does not automatically provide a safe unloading route.

Bricks and building materials

Suitable quantities of bricks, bagged products, fittings or dense building supplies can justify a high-payload van. Check the actual loaded pallet weights rather than ordering by an approximate number of bricks. Product type, moisture and packaging can change the total.

The load also needs safe forklift handling, appropriate floor support, restraint and legal axle distribution. A muddy site with no suitable offloading equipment can need a different vehicle even when the freight is within 1,500 kg.

Engineering and manufacturing

Compact components, castings, tools, fixtures and spares can be disproportionately heavy. Describe sharp edges, oil residue, concentrated loads and whether the goods are crated or palletised. The floor and tie-down arrangement need to suit the item.

Urgent work is assessed around the actual deadline, collection readiness and route. A van label does not promise an unlimited driving day.

Retail, print and events

Stock replenishment, boxed goods, display materials, printed products and event equipment can suit a medium van when their packed size and handling fit. Mixed loads must be planned so a dense pallet does not crush delicate cartons.

For regular routes, record repeatable weights, contact details, access and empty packaging returns. Event refrigeration or specialist temperature-controlled stock needs a separate equipment and temperature brief.

One size down and one size up

SWB vs MWB vs LWB

Avoid both a van that is too small and a larger vehicle that adds cost without helping the job.

Synergix vehicle comparison, subject to the assigned vehicle
Decision	SWB	MWB	LWB
Freight guide	Up to 800 kg	Selected vans up to 1,500 kg	Up to 1,250 kg
Length reference	240 cm planning length	About 290 cm existing reference	360 cm planning length
Width and height	120 × 120 cm planning	About 130 cm wide, 140–180 cm high; variable	120 × 180 cm planning
Pallet starting point	Up to 2 suitable pallets	Up to 2 UK / 3 Euro, subject to layout	Up to 3 suitable pallets
Best reason to choose it	A smaller suitable load	Compact heavier freight with workable handling	Longer goods or more usable floor space
Main warning	Weight or space may be insufficient	High payload depends on specification	More length does not automatically mean more payload

Choose on weight, fit and handlingThese are company starting guides, not dimensions or capacities guaranteed across all models.

MWB can solve a weight problem.

Illustration: two loaded pallets total 1,350 kg and fit the confirmed MWB floor and doors. A suitable 1,500 kg configuration may be assessed with appropriate axle, floor and handling checks. The current SWB and LWB guide weights would not cover that shipment.

This is a sizing example, not a completed Synergix job or a promise that a vehicle is waiting nearby.

LWB can solve a length problem.

A lightweight 3.3 m long packaged item may need LWB length even though it weighs far less than 1,500 kg. Choosing MWB because it has more potential payload does not make the item shorter. If rear loading fails, another body type may be necessary.

Read the SWB van guide and LWB van guide for their detailed planning figures. If unloading needs a lift, the Luton guide explains that different handling option. We compare actual transport plans before confirming the booking.

Capacity is more than the badge

MWB payload and axle limits

Up to 1,500 kg can be possible on selected vans. It must be checked against the vehicle ready to do your job.

Payload is freight capacity, not gross vehicle weight. A 3.5-tonne van’s gross allowance includes its own structure, occupants, fuel, fitted equipment and goods. The remaining capacity depends on what the vehicle actually weighs ready for work. A manufacturer’s advertised payload may use a particular specification and mass convention, so its included driver and fuel allowance must be checked.

Do not subtract a driver or fuel twice if a published figure already includes them. Conversely, do not ignore additional crew, a heavier fuel load, lining, tools, straps, a pallet truck or conversion equipment that sits outside its stated basis. The whole consignment includes the pallet, packaging, crates and anything travelling with it.

Illustrative 3,500 kg gross-weight calculation
Example stage	Mass
Permitted gross mass	3,500 kg
Assumed actual ready-to-work vehicle	2,000 kg, including driver, fuel and equipment
Arithmetic room for new consignment	1,500 kg
If actual ready-to-work weight is 2,150 kg	Only 1,350 kg remains before other constraints
Additional requirements	Axles, tyres, floor, restraint and the specific vehicle must also be suitable

The weights in this calculation are hypothetical. They show why an identical category label can produce different freight limits, rather than documenting the weight of any particular fleet vehicle. A 1,250 kg starting figure and the selected 1,500 kg upper capability can both be true for different specifications.

One axle can be overweight first.

Putting dense freight at the extreme rear can overload the rear axle even when the total is below 3,500 kg. Moving it forward may help one limit while changing another, so neither an arbitrary centre position nor a general diagram proves legality.

Use the actual axle limits, wheelbase, ready-to-work axle weights and load positions. A weighbridge can establish total and axle weights. The customer’s declared freight weight is only one part of that calculation.

The floor and load support matter.

A compact heavy machine can exert more pressure through a few feet than several evenly supported cartons. Check floor construction, point loads, suitable support and the restraint points needed for the goods.

A tyre, suspension or brake upgrade does not independently change the plated gross weight. Extra wear is an operating cost to manage, not permission to overload or a universal fixed kilogram deduction from every van.

The three checks for heavy van freightBeing under the total weight allowance is necessary but does not prove every axle or the cargo floor is suitable.

Do not book at the limit using a guess.

A “roughly 1.5-tonne” load may become heavier when pallets and packing are included. Send verified weights if the shipment is close to the maximum. We assess the complete ready-to-work specification and agree the freight allowance for the booking.

If the actual van cannot take the weight, the options are a suitable alternative, a split shipment or a revised loading plan. A later delivery deadline does not remove the weight limit.

Floor space and access together

Pallets, crates and door openings

The category reference allows up to two UK pallets or three Euro pallets in suitable configurations. Their loaded dimensions and weight decide the real result.

A common UK pallet base is 120 × 100 cm and a Euro pallet is 120 × 80 cm. Pallet labels identify the base, not necessarily the size of the goods above it. Overhanging cartons, wrapping and leaning stacks can widen the shipment. Include those measurements and the loaded height.

On a theoretical unobstructed 290 × 130 cm floor, two 120 × 100 cm pallets can be arranged with the 100 cm side across the van. Three 120 × 80 cm bases can be oriented with 120 cm across and three 80 cm lengths along it, occupying 240 cm length. These are geometric examples only. Arches, doors, securing space and safe placement can prevent the layout in the actual vehicle.

Pallet count does not prove payload.

Two 700 kg loaded pallets total 1,400 kg and may need a selected high-payload configuration. Two 850 kg pallets total 1,700 kg and exceed this page’s upper MWB freight capability even if the bases fit.

Count the individual loaded weights as well as the total. A forklift and a suitable placement plan are still required.

Do not stack by volume alone.

Stacking must be permitted by the goods, packaging and pallet support. A fragile case is not a structural support for dense stock. Stacking also raises the centre of gravity and changes restraint and door-height checks.

The nominal cargo volume is not a packing certificate. Give the stackability of each item and the final loaded dimensions rather than assuming spare air above a pallet can be used.

Plan the loading sequence.

For several drops, freight must remain accessible without unsafe moving or unloading beside a road. Taking one pallet out can change the axle distribution and leave another without the original restraint arrangement. The return of empty cages or pallets must be included in the remaining space and route plan.

If a crate barely fits the floor, check how it enters and how straps can be fitted and released. An item cannot be treated as transportable just because a drawing places it inside a rectangle.

Check collection and delivery

Heavy pallets need workable handling

A high-payload MWB normally needs appropriate loading equipment at both ends. Its driver is not a substitute for a forklift or tail lift.

Forklift or suitable loading facility

Confirm the equipment, trained operator and clear access at collection and delivery. The forklift must safely handle the loaded weight and fit the approach to the rear opening. The van should be positioned on appropriate ground with a safe loading plan.

Do not drive a forklift into a van unless its floor, access and load rating are specifically suitable. Forklift weight is an additional concentrated load, not just the pallet it carries.

A pump truck cannot lift to a van floor.

A pallet truck moves a suitable pallet on a suitable surface. It does not bridge the height between the ground and the cargo floor. Rear-door fit alone therefore does not solve unloading at a shop without equipment.

For tail-lift delivery, choose a suitable body and confirmed lift arrangement. If an individual loaded pallet is 800 kg or more and pallet-truck handling is required, request an electric pump truck under Synergix’s booking rule. Lighter pallets can also need powered handling.

Driver assistance and two-person work

Any agreed handballing, two-person delivery, room-of-choice handling or product assembly is a separate part of the job. State item weights, carrying distance, stairs, parking and access before booking. We do not assume that goods within the van’s payload are safe for one person to lift.

Tail lifts have their own platform dimensions, load-centre ratings and operating conditions. A different vehicle with a large overall payload may still be unable to lift one very heavy pallet. Check the unloading task itself.

The destination can decide the vehicle

City, retail and site access

A medium van can be easier to position than a larger truck, but neither its name nor its payload guarantees access.

Shopping centres and loading bays

Ask the receiving site for the actual height, width, length, turning and weight restrictions. Confirm whether the booking permits this vehicle category, whether the bay has a dock, and whether an enclosed van can unload there.

A loading bay described as “van access” may reject a high-roof MWB or require a particular parking and handover arrangement. Get written limits or a clear site plan where available.

Building sites and residential streets

Assess gates, parked vehicles, reversing space, slopes, soft ground, site induction and pedestrian routes. Avoid assuming a shorter wheelbase makes a muddy site safe or a delivery beyond a weight restriction lawful.

An empty vehicle can still be caught by a gross-weight restriction that uses its plated maximum. Check the sign, exemptions and route rather than judging only the weight of the goods.

Confirm secure stopping and loading space. Hazard lights do not create permission to unload.
Give any low bridges, height barriers, underground entrances or overhanging obstructions.
Measure width including mirrors and any fitted exterior equipment for a narrow route.
Allow space to open doors and use the agreed handling equipment.
Agree what happens if the site is closed, the goods are not ready or the receiver cannot unload.

Cargo security and specialist goods

Suitable restraints must keep the load secure through braking, turning and normal road movement. A bulkhead, doors or shrink-wrap do not automatically provide a complete restraint system. Check the body’s load points, goods strength and the restraint method.

Declare batteries, aerosols, chemicals, fuel residues or other potentially dangerous goods before dispatch. Some products require a different compliant arrangement. For food, temperature-sensitive products or high-value goods, agree the particular controls and transport terms rather than assuming an ordinary enclosed van provides them.

Vans have operating rules too

Drivers hours, speed and European work

A 3.5-tonne domestic MWB has a different operating framework from a five-tonner. It is still regulated.

Domestic GB van work

For ordinary in-scope goods work outside the assimilated rules, GB domestic rules generally set a 10-hour daily driving limit and an 11-hour daily duty limit, with specific exemptions and recording requirements. Driving means time at the controls; duty can include other work.

Working-time and adequate-rest requirements also matter. A long collection delay, another job earlier in the day or fatigue can make a proposed journey unsuitable. These limits are not recommended everyday shift patterns or a guarantee of a particular mileage.

International hire or reward

From 1 July 2026, light goods vehicles or combinations over 2.5 tonnes used for in-scope international hire-or-reward operations between the UK and EU are subject to the expanded drivers-hours and tachograph requirements. A normal 3.5-tonne MWB is not automatically outside those rules.

The actual route, maximum permissible mass, trailer, type of work and any applicable exemption determine the rules. European transport also needs the appropriate operator, customs and goods paperwork. Northern Ireland and AETR journeys need their own checks.

Useful operating distinctions
Situation	What needs checking
Domestic diesel panel van up to 3.5t	GB drivers-hours, duty, working-time and fatigue requirements for the actual operation.
Van and trailer	Combined permissible weight can bring the operation into assimilated rules and operator-licensing scope.
International operation over 2.5t	Expanded July 2026 scope, smart tachograph and operator requirements where applicable.
Zero-emission van over 3.5t up to 4.25t	Specific GB derogations can apply. They are not a blanket international or genuine 5t exemption.
Urgent delivery	Urgency does not allow speeding, overloading or bypassing breaks and rest.

Do not estimate a van journey at car speeds.

For a normal goods van not towing, the national limits are generally 50 mph on a single carriageway, 60 mph on a dual carriageway and 70 mph on a motorway, subject to lower signed limits and the actual classification. Built-up defaults differ, including Wales, and signs always matter.

Traffic, roadworks, weather, stops, loading and site access reduce the distance that can be covered in a useful working day. There is no single “maximum MWB daily mileage”. The team assesses the whole job and driver availability before confirming timing.

This is a practical booking overview, checked against the current guidance in October 2026. The operator determines the exact legal framework for the vehicle, route and work. We do not advertise an exemption as a way to avoid compliant transport.

The whole job, not just the loaded miles

Fuel economy and running costs

Use real route and load information. An empty-van brochure figure is not the fuel economy of a heavy delivery.

Illustrative diesel use and emissions per 100 miles
Imperial mpg	Diesel	Fuel cost at £1.60/L	Combustion kg CO₂e	Fuel + supply kg CO₂e
20 mpg	22.73 L	£36.37	58.73 kg	72.61 kg
25 mpg	18.18 L	£29.09	46.98 kg	58.09 kg
30 mpg	15.15 L	£24.25	39.15 kg	48.41 kg
35 mpg	12.99 L	£20.78	33.56 kg	41.49 kg

How lower mpg increases diesel use. Illustrative imperial mpg inputs, not manufacturer or Synergix averages. Litres for 100 miles.

20 mpg22.73 L

25 mpg18.18 L

30 mpg15.15 L

35 mpg12.99 L

Loaded use can be much worse

Published test figures help compare specific versions under a test procedure. They do not price a loaded courier job. Freight mass, hills, stop-start work, wind, speed, tyres, idling and the vehicle body affect actual consumption. A high roof or tall box adds aerodynamic demand. There is no honest fixed percentage that covers every fully loaded journey.

Reducing mpg from 30 to 20 increases diesel used per mile by 50%, because consumption is the inverse of mpg. Reducing mpg by one third therefore does not mean fuel use rises by only one third.

Price the complete vehicle movement

The vehicle has to reach collection before your goods are aboard. It may then travel between drops, return, reposition or visit a suitable fuel or charge stop. Those miles and driver time exist even when your consignment travels a short distance.

Illustration: 30 miles to collection + 100 loaded miles + 20 repositioning miles = 150 vehicle miles. At an assumed 25 mpg, that uses 27.28 litres rather than the 18.18 litres for just the loaded leg. Real outbound and empty-return rates can differ, so a proper calculation uses each leg separately.

Match the energy source to the assignment

Diesel, petrol, hybrid and electric

The goods, deadline, route and confirmed vehicle specification come first.

Diesel: flexible refuelling

Diesel can be a practical choice for an urgent heavy delivery over an uncertain distance. Refuelling is generally quick and a delivery can be planned without depending on a suitable charger being free. That flexibility matters when a job arrives late, collection overruns or a diversion adds miles.

It still creates exhaust emissions and requires maintenance, fuel and exhaust-treatment checks. A diesel vehicle is not automatically exempt from clean-air charges, and its registration must be checked for the route.

Electric: useful on suitable planned routes

Electric drive has no tailpipe CO₂ and can suit predictable urban or regional work with verified payload, usable energy and reliable charging. Quiet operation may help at delivery sites, while traffic and route conditions still matter.

A heavy load, heating, cold weather, refrigeration and motorway running can change usable range. Published range is not an allowance to arrive at a charger almost empty. Start state of charge, reserve, real route demand and the next working leg must be planned.

Urgent long-distance electric work needs a workable charging plan.

If the job needs charging that cannot fit inside its deadline, an electric vehicle is unsuitable for that booking. Charger availability, queues, access for a tall body, faults, detours and the slower part of a battery charge can turn a small timing margin into a missed delivery. We assess the whole assignment before agreeing the vehicle.

Battery size divided by an advertised peak charger output is not a guaranteed charging time. The vehicle can limit charging power, the site can share power and the charge curve changes. Actual vehicle performance and usable chargers matter more than the charger’s largest headline number.

Petrol and plug-in hybrids

Petrol and PHEV vans exist in some market segments, but that does not mean an equivalent high-payload MWB configuration is available for this job. We do not substitute a different weight class or body just because it has a different drivetrain.

A plug-in hybrid’s benefit depends on charging and how much of the real route runs electrically. Battery-depleted petrol operation must be counted. A low weighted test fuel figure cannot be applied to 250,000 miles of predominantly uncharged motorway work.

Battery mass and freight capacity

An electric conversion or factory model can change the empty weight, gross rating and usable payload. The legally approved weight of that specific vehicle is the starting point; diesel freight figures must not be copied to an electric version.

A 4.25-tonne zero-emission van and a genuine 5-tonne vehicle are different categories. Specific GB rules for the former do not create a general exemption for a five-tonner. Any alternative is checked as its own vehicle and operation.

Check the complete electric journeyCharging is part of journey planning. A required stop must fit the agreed delivery window.

A charger stop is not automatically a driver break.

For a regulated driver, a break must be free of driving and other work. Connecting, supervising or moving a vehicle can involve duties. Charging time and a lawful break may overlap only where the actual arrangement meets the rules.

Diesel flexibility and electric energy efficiency answer different questions. We choose a workable transport plan rather than describing one power source as the answer to every job.

Transparent boundaries and assumptions

CO₂, fuel supply and 250,000 miles

Compare equivalent transport work. Keep measured figures separate from illustrative calculations.

CO₂ describes carbon dioxide. CO₂e expresses several greenhouse gases as an equivalent amount of CO₂. Exhaust emissions, energy production and total vehicle lifecycle are different boundaries. An electric vehicle has zero tailpipe CO₂, but electricity generation and vehicle manufacture can produce emissions. Diesel and petrol also have upstream fuel emissions.

The examples below use UK government 2026 reporting factors. Diesel average blend is 2.58354 kg CO₂e per litre for combustion plus 0.61101 for fuel supply. Petrol average blend is 2.075 plus 0.58094. UK electricity totals 0.18436 kg CO₂e per metered kWh across generation, transmission/distribution and upstream energy. They are reporting factors, not a measurement of this particular delivery.

Operating-energy illustration, with fuel or electricity supply included
Energy	Assumed consumption	Per 100 miles	Over 250,000 miles
Diesel	30 imperial mpg	48.41 kg	121.02 tonnes
Petrol	30 imperial mpg	40.25 kg	100.62 tonnes
Electricity	45 kWh from the meter / 100 miles	8.30 kg	20.74 tonnes

These are deliberately stated sensitivity inputs, not like-for-like manufacturer test results or claimed average fleet economy. The petrol row demonstrates arithmetic and does not advertise an equivalent petrol 1,500 kg MWB. Consumption must be replaced with actual job or model evidence before comparing vehicles. Electric use is measured at the charging meter, so charging losses must not be added again.

250,000 miles equals 402,336 kilometres. The long-distance figures simply multiply the per-100-mile estimate by 2,500. They hold the 2026 fuel and electricity factors constant for illustration; they do not forecast the future electricity mix, duty cycle or service life.

What happens when consumption changes?

At the same fuel factor, twice the litres means twice the energy-related emissions. Freight mass and the vehicle’s shape can therefore affect carbon through actual consumption. Smaller is not automatically cleaner if it takes two vehicle journeys to do one safely planned load.

For electricity, use the real meter energy and the factor appropriate to its supply and accounting method. An overseas fast charger cannot automatically be assigned the UK electricity factor. A renewable tariff description alone is not a complete lifecycle calculation.

Manufacturing belongs in a separate calculation.

A whole-life comparison adds vehicle and battery production, body manufacture, maintenance, any evidenced replacements and end-of-life treatment to operating energy. Battery size, manufacturing electricity and vehicle lifespan matter.

We have no verified product-specific manufacturing footprint for the actual van and body assigned to your job. Giving one confident production number, or assuming a battery replacement every fixed mileage, would invent the result. This table therefore does not claim to be a complete lifecycle assessment.

Three parts of a lifecycle comparisonThe numeric table covers operating energy and its supply only. Other stages need separate evidence.

When would a higher production footprint be recovered?

For two equivalent vehicles, divide the evidenced extra production emissions of one by its evidenced operating-emissions saving per mile. That gives a simple carbon break-even distance. The same boundaries, useful transport work and realistic consumption must be used on both sides.

Without a reliable production difference and operational saving, there is no reliable break-even mileage. Electric charging restrictions can make a route impractical even where the operating-carbon arithmetic is favourable.

Formula: miles × 1.609344 × grams per kilometre ÷ 1,000 = kilograms CO₂. A zero tailpipe rate for an electric vehicle returns zero in this calculator. That is not a statement that manufacture or electricity supply has no emissions.

A complete brief makes a useful quote

Booking, price and services

The right answer is the smallest suitable complete transport plan, with enough capacity and workable handling.

Describe the goods

Send a plain description, quantities and the packaged length, width and height of every different item. Include protruding handles, crate feet, pallet bases and wrapping. State the individual loaded pallet weights and total shipment weight, including all packaging.

Tell us what can be stacked, what must stay upright, whether anything is fragile, hazardous, high-value or temperature-sensitive, and whether the weight is verified or estimated. Photos help clarify shapes and handling, but do not replace measured dimensions.

Describe both sites

Give collection and delivery addresses and postcodes, named contact details, opening times, booking references and the required collection and delivery windows. Tell us about waiting, security checks, timed bays, restricted roads and loading restrictions.

State how loading and unloading will happen at each end. Include forklift or dock availability, ground condition, the distance from vehicle to final handover and any stairs or room-of-choice requirements.

Details that can change vehicle suitability or price
Detail	Why it matters
Loaded weight changes	A few added cartons can remove the remaining payload allowance. Tell us before dispatch.
Extra stops or returns	They add route miles, handling and driver time. Returned packaging also occupies space and weight.
Out-of-hours work	Access, site staff and the available driver need checking. A phone enquiry is not guaranteed immediate vehicle availability.
Two-person handling	Crew and equipment change weight, time and price. Agree the task rather than assuming the driver can lift every item.
No equipment at delivery	The loading plan at collection does not prove the goods can be unloaded at destination.
Waiting or missed appointments	They can affect the next job, energy allowance and legal driving/rest plan.
Value and liability	Declare unusual value and discuss the applicable transport terms and any additional cover before booking.

Urgent, regular and wider logistics work

A dedicated MWB van can be assessed for urgent business consignments, scheduled collections and regular delivery routes. The right arrangement depends on freight size, capacity, available vehicle positioning and the service requested. There is no universal collection time or daily mileage guarantee.

Retail replenishment, alcohol stock, engineering goods, printing, building supplies and event equipment can involve consolidation, warehousing, return packaging or two-person handling. Discuss the complete job so vehicle selection supports the service rather than becoming a separate guess. Specialist transport and event refrigeration are agreed services with their own requirements.

Explore courier, haulage and logistics services, regular planned routes or storage and warehousing where they form part of the movement. Request an assessment through the quote form or speak to the team. Availability, handling and the final price are confirmed for the job.

Clear transport terms

Useful terms

A few definitions make vehicle specifications easier to compare.

Wheelbase: Distance between front and rear axle centres. It is not internal cargo length.
Gross vehicle weight / MAM: Maximum authorised total vehicle mass, including the vehicle, people, fuel, equipment and freight.
Ready-to-work weight: Actual vehicle mass with the people, fuel and equipment needed for the assignment, before its new freight is loaded.
Consignment weight: The goods together with their pallets, crates, packaging and other shipment materials.
Axle limit: Maximum permitted load on an individual axle. It must be respected as well as the gross limit.
Load centre: Position of a load’s centre of gravity relative to the reference point on the lifting equipment. Lift capacity may reduce as it moves outward.
Door aperture: Clear opening through which the goods must pass. The cargo bay can be wider or higher than this opening.
CO₂e: Carbon dioxide equivalent, a reporting measure that combines the effect of different greenhouse gases.
Imperial mpg: Miles per UK gallon. One imperial gallon is 4.54609 litres; US mpg uses a different gallon.
Tachograph: Recording equipment for driving, other work, availability, breaks and rest in operations covered by the rules.

Practical answers before you book

MWB van courier FAQs

Vehicle choice, payload, access, handling and the complete journey.

Vehicle selection

What does MWB mean?

Medium wheelbase. It describes a position between shorter and longer versions in a manufacturer’s range, not one fixed cargo length or legal weight class. Send your load measurements so we can assess the actual vehicle.

Is an MWB the same as a medium van?

Not necessarily. “Medium van” can describe a model segment, while MWB describes a wheelbase option. Courier operators also use category names differently. The confirmed loading dimensions and freight allowance matter more than the label.

Can you arrange MWB delivery even though it is not a main fleet choice?

Yes, we assess suitable MWB transport where it makes sense for the job. Availability, specification, route and handling are confirmed through the enquiry rather than assumed from a category selection.

Does an MWB always carry more than an LWB?

No. Selected MWB vans can be valuable for payload, but gross rating and ready-to-work weight determine the result. This guide compares selected MWB capability up to 1,500 kg with the current 1,250 kg LWB planning guide, not every van in the market.

When should I choose an SWB instead?

When the packaged goods fit the SWB dimensions and its current 800 kg freight guide, with workable loading. A smaller suitable vehicle may save money, but positioning and availability still affect the actual quote.

When is LWB the better choice?

When extra length or usable floor space is needed and the total freight fits its allowance. A lightweight long item can require LWB even though a selected MWB has greater potential payload.

Can a heavy van replace a truck?

Sometimes. If the whole load fits, is within the verified van capacity and can be safely handled at both sites, it can avoid unnecessary truck cost. A truck may still be needed for weight, body type, loading equipment or access.

Weight and dimensions

Can every MWB take 1,500 kg?

No. Up to 1,500 kg is a capability of selected suitable configurations. The van’s ready-to-work mass, axles, floor, equipment and the consignment must be checked. The existing category starting figure was 1,250 kg.

Does 3.5 tonnes mean 3.5 tonnes of goods?

No. It is gross vehicle mass, including the van, people, fuel, equipment and goods. Freight capacity is what remains within all applicable limits.

Do pallet weights count in the payload?

Yes. Include the goods, pallet, wrapping, crate and any materials travelling with the shipment. Bare product weight can understate the actual load.

Should I deduct the driver from brochure payload?

Check the stated basis first. Some published mass conventions include an allowance for driver or fuel. Do not count those items twice, and do include additional people or equipment outside the stated basis.

What are the MWB loading dimensions?

The approximate Synergix reference is about 2.9 m long by 1.3 m wide, with roughly 1.4–1.8 m internal height depending on the roof. These are approximate category references. Actual arches, doors and usable height must be confirmed.

How many cubic metres does an MWB have?

There is no universal volume. Multiplying the reference rectangle gives 5.278–6.786 m³ for the stated height range. That arithmetic does not certify usable volume, door clearance or fit in a specific van.

Will a 2.9 m crate fit?

Not automatically. Packaged length, height, entry angle, door aperture, bulkhead and restraint clearance all matter. A floor-length figure alone does not guarantee that a long crate can be loaded.

Can a van be legal on total weight but overloaded?

Yes. An individual axle, tyre or other rated component can be overloaded before the gross allowance is reached. Concentrated floor loads also need assessment.

Does the fuel level affect capacity?

Yes, fuel contributes to the actual vehicle weight. Use the ready-to-work mass and relevant published basis rather than a universal fixed fuel deduction.

Pallets and handling

How many pallets fit in an MWB?

The starting guide is up to two UK pallets or three Euro pallets in suitable configurations. Loaded dimensions, arches, door access, restraint and total weight can reduce that number.

Can two 750 kg pallets travel together?

They total 1,500 kg before anything omitted from their quoted weight. That is at the selected upper capability, so verified loaded weights and actual vehicle, axle, floor and handling checks are essential. It is not an automatic booking.

Can two 850 kg pallets go in an MWB?

They total 1,700 kg and exceed the upper freight capability stated on this page. We would need to assess a suitable larger-capacity vehicle or another transport arrangement.

Does the van come with a tail lift?

An ordinary MWB panel van does not. If there is no suitable loading or unloading facility, tell us so a different vehicle and handling arrangement can be assessed.

Can a pump truck unload a panel van?

A pallet truck moves a suitable pallet on an appropriate surface. It does not lower the load from a van floor to ground level. A suitable lift, dock or other agreed facility is needed to solve the height difference.

When do I need an electric pump truck?

Where pallet-truck handling is required for an individual loaded pallet of 800 kg or more, request an electric pump truck under Synergix’s booking rule. Lower weights can also need powered handling. Actual equipment, lift, load centre and ground suitability still apply.

Can the driver hand-unload heavy bricks?

Do not assume so. State item weights, quantities, carrying distance, access and the handling expected. Dense palletised materials usually need a properly planned mechanical method or separately agreed handling.

Can a forklift drive into the van?

Only where the actual floor, access and vehicle are specifically suitable for that operation. The forklift adds its own weight and concentrated loads. Normally a safe loading plan keeps the equipment outside the van.

Can goods be stacked to save space?

Only if the goods and packaging allow it and the resulting height, support, restraint and centre of gravity are suitable. Spare cubic volume does not prove safe stackability.

Goods, access and booking

Is an MWB suitable for alcohol deliveries?

It can suit heavier compact trade stock when weights, dimensions, handling and any temperature or excise paperwork are confirmed. Store access or cellar delivery may require a different handling service.

Can it carry bricks or bagged building products?

Suitable loads can be assessed. Provide verified gross weights and the pallet dimensions, including packaging. Floor support, axle distribution, site condition and offloading are as important as the payload number.

Are refrigerated MWB figures the same?

No. Insulation and refrigeration equipment affect usable space, empty weight and available payload. Give the temperature requirement and goods details so a suitable vehicle can be checked.

Will it fit in a shopping-centre loading bay?

Check the site’s height, width, length, turning and weight limits against the assigned vehicle. A high-roof MWB can fail a bay described casually as suitable for vans.

Do you offer two-person handling?

Discuss the task before booking. Crew, item weights, stairs, carrying distance and final handover position affect vehicle capacity and price. It is not automatically included with an MWB courier.

Can I change the load after getting a quote?

Tell us before dispatch. More weight, larger packaging, extra stops or different equipment can change the suitable vehicle, timing and price.

Do you provide a live instant MWB booking here?

This guide supports an enquiry. Vehicle availability, fit, handling, timing and price are checked and confirmed for the assignment. A form reference alone is not booking confirmation.

Journey, cost and emissions

Are van drivers hours unlimited?

No. Domestic GB van work has applicable driving, duty, working-time and fatigue rules. International and trailer operations can bring different tachograph and drivers-hours requirements.

Does a domestic 3.5t MWB always need a tachograph?

Not for ordinary UK-only work solely because it exceeds 2.5 tonnes. International hire-or-reward scope changed from July 2026, and trailer or other circumstances can change the result. The actual operation must be assessed.

How far can an MWB travel in a day?

There is no fixed daily mileage guarantee. Driver availability, legal limits, loading, traffic, route and delivery windows determine the workable journey.

Does a fully loaded van achieve the brochure mpg?

Not necessarily. Mass, body shape, hills, wind, speed, stop-start work and idling affect actual consumption. The fuel table is an illustrative sensitivity calculation, not a promised loaded economy.

Is diesel always cheaper than electric?

No. Energy tariffs, consumption, route, charging access, vehicle cost and handling determine the total. Quick refuelling can make diesel more practical for an urgent uncertain-distance job, but that does not establish a universal cost or carbon winner.

Can an electric MWB do an urgent long-distance delivery?

Only where the confirmed vehicle, usable energy, charging arrangements and deadline make the whole job workable. Required charging that cannot fit the delivery window makes that option unsuitable.

Why count the trip to collect my goods?

The vehicle and driver have to reach collection. Approach miles and subsequent return or repositioning can contribute to the cost and emissions attributable to the assignment.

Does zero tailpipe CO2 mean zero lifecycle emissions?

No. Electricity supply, vehicle and battery production, maintenance and end of life are separate parts of the lifecycle. This page labels the operating-energy examples and does not invent a manufacturing footprint.

Is the 250,000-mile carbon table a vehicle prediction?

No. It applies stated consumption assumptions and constant 2026 reporting factors across that distance. Actual duty, future electricity supply and manufacturing need separate evidence.

Talk through the whole job

Get the right vehicle for your load

Send the goods, packaged measurements, total weight, route, deadline and handling details. We will assess a suitable vehicle and confirm availability and the transport arrangements before booking.

Request a MWB quote Call 01782 911 181 Email sales

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