Multicar M26: A Compact Workhorse Built for Municipal and Utility Work
The Multicar M26 is one of those specialist utility vehicles that can be easy to overlook beside conventional trucks and tractors, yet its design reveals why the model became useful in municipal services, landscaping, construction support and other demanding everyday jobs. Produced in several configurations and with different engine specifications during its production history, the M26 combined a compact footprint with a useful payload, relatively high towing capacity and the ability to operate a wide range of implements. Its dimensions, drivetrain choices and hydraulic systems made it particularly suited to work where a conventional truck could be too large and a tractor could be inconvenient for road transport. Depending on the version and year, specifications differed considerably, so the M26 is best understood as a family of closely related configurations rather than one single specification.
What Is the Multicar M26?
The Multicar M26 was developed as a compact multifunctional vehicle for professional users who needed more versatility than a conventional light commercial vehicle could provide. Its basic concept was straightforward: create a relatively narrow, manoeuvrable vehicle that could transport materials while also accepting equipment for specialist jobs. This philosophy is particularly apparent in versions equipped with hydraulic systems, four-wheel drive and interchangeable working equipment.
The M26 appeared in different configurations during the 1990s and 2000s, and the available data demonstrates why it is important to identify the exact model year and version when discussing specifications. For example, LECTURA lists M26 variants from 1995 with Volkswagen engines producing 40 kW, while later examples are listed with Iveco engines producing 78 kW. The M26 Profiline was produced from 2002 to 2006 and represented another development of the concept.
One particularly well-documented M26 specification uses an Iveco 8140-23-2585 engine. In this configuration, the four-cylinder turbocharged diesel produces 78 kW, equivalent to approximately 105 hp, and develops 235 Nm of torque at 2,000 rpm. These figures give the vehicle considerably more useful working performance than the earlier 40 kW configurations.
Engine and Performance
Iveco Diesel Power
The later Iveco-powered M26 is equipped with a 2.8-litre four-cylinder diesel engine using direct injection and exhaust turbocharging. The official technical data gives a displacement of 2,799 cm³, maximum output of 78 kW at 3,600 rpm and maximum torque of 235 Nm at 2,000 rpm. This combination is well suited to a vehicle whose main purpose is not high-speed driving but carrying loads, towing equipment and operating hydraulic attachments.
Torque is particularly important in a multifunctional utility vehicle because the engine may spend much of its working life under relatively heavy load. When carrying material, climbing inclines or pulling a trailer, strong low- and mid-range torque is generally more valuable than a high peak power figure. The M26’s 235 Nm therefore fits its intended role well, particularly when combined with four-wheel drive on suitable versions.
Some M26 variants had substantially different engines. Swiss type-approval data for an M26 configuration identifies an Iveco 2.5-litre diesel producing 62 kW, while another M26 S specification lists the 2.8-litre Iveco engine with 78 kW and a maximum speed of 85 km/h. This variation is one reason that buyers, restorers and collectors should always check the vehicle identification and original specification rather than assuming every M26 has the same engine.
Road Speed and Drivability
An M26 S specification gives a top speed of 85 km/h, which is enough to make the vehicle genuinely useful for moving between work sites rather than limiting it to low-speed yard or construction-site duties.
The relatively compact dimensions also contribute to the vehicle’s usefulness. A documented 4×2 configuration with the shorter 2,100 mm wheelbase measures 3,720 mm long, 1,590 mm wide and 2,200 mm high. That width is particularly significant for municipal applications because it allows the vehicle to work in places where a full-size truck would have difficulty manoeuvring.
Payload, Weight and Towing Capability
The M26’s usefulness comes largely from its ability to carry a substantial payload relative to its compact size. According to the Multicar technical sheet, empty vehicle weights vary according to drivetrain and configuration, with listed figures beginning around 1,790 kg for certain 4×2 configurations and increasing for four-wheel-drive and other versions. At a permissible gross weight of 4.3 tonnes, payload figures can reach 2,510 kg on the lightest listed configuration.
The same technical documentation also lists configurations allowing a gross vehicle weight of 4.8 tonnes. Under those conditions, the maximum stated payload reaches 3,010 kg for one of the 4×2 configurations. Actual payload, however, depends on the body, equipment installed and axle-load distribution, so these figures should not be interpreted as a universal payload for every M26.
Towing ability is another important part of the M26 concept. The technical data lists a permitted trailer load of up to 3,500 kg for the configurations covered by the sheet. A separate M26 S specification also gives 3,500 kg for a braked trailer and 750 kg for an unbraked trailer.
Four-Wheel Drive and Working Capability
Compact Dimensions with Off-Road Ability
Four-wheel drive transformed the M26 from a compact transport vehicle into a more capable work machine for difficult surfaces. Depending on specification, the model was available with 4×2 or 4×4 drive, and the technical documentation also distinguishes mechanical-transmission and hydrostatic configurations.
Ground clearance is another useful characteristic. The documented 4×2 configuration has 250 mm of front ground clearance and 190 mm at the rear, while the listed approach and departure angles are 30 and 38 degrees respectively. These figures illustrate the vehicle’s emphasis on practical manoeuvrability rather than simply transporting loads on paved roads.
For municipal operators, this combination can be valuable during winter maintenance, grounds maintenance, road work and other operations where surfaces can become muddy, uneven or slippery. Four-wheel drive does not turn the M26 into a heavy off-road truck, but it can significantly expand the range of environments in which the compact vehicle can work.
Hydraulic Systems and Attachments
One of the defining features of the M26 is its hydraulic equipment. The Multicar technical documentation lists several hydraulic configurations, including tipping hydraulics capable of 15 litres per minute at 160 bar, stationary hydraulics at up to 45 litres per minute and universal hydraulics reaching 80 litres per minute at pressures of up to 170–200 bar. A high-pressure hydraulic configuration is listed at 80 litres per minute and up to 300 bar.
This hydraulic flexibility explains why the M26 was more than a simple small tipper. Depending on configuration, the vehicle could serve as a platform for different types of municipal and industrial equipment. The concept is particularly effective for operators who need one compact base vehicle that can perform several seasonal tasks instead of maintaining separate specialised machines.
The M26 Profiline continued this multifunctional approach. LECTURA’s data for the 2002–2006 Profiline lists front and rear hydraulic equipment, four-wheel drive and the ability to accept various attachments.
Dimensions and Manoeuvrability
The M26’s dimensions are central to its character. The shorter-wheelbase 4×2 configuration has a wheelbase of 2,100 mm and overall dimensions of 3,720 × 1,590 × 2,200 mm. A longer-wheelbase version stretches the wheelbase to 2,675 mm and overall length to 4,295 mm, while retaining the same 1,590 mm width and 2,200 mm height in the cited technical sheet.
That narrow body is one of the vehicle’s biggest practical advantages. Municipal and landscaping work frequently takes place on narrow streets, paths, courtyards, parks and service areas where a conventional medium-duty truck can be unnecessarily cumbersome. The M26 occupies a useful middle ground: it is large enough to carry meaningful loads but compact enough to operate in confined spaces.
The two wheelbase options also show how the platform could be adapted to different applications. A shorter wheelbase favours compactness and manoeuvrability, while the longer version provides additional space for an attachment or body. The technical sheet lists maximum body lengths of 2,230 mm for the short-wheelbase configuration and 2,800 mm for the longer version.
Where the Multicar M26 Was Designed to Work
The M26’s design makes sense when viewed through the needs of municipal and utility operators. A vehicle of this type can be equipped for transporting soil, leaves, tools and construction materials, while hydraulic equipment can allow it to perform additional tasks. With appropriate attachments, the same basic platform can be used across different seasons and departments.
Winter maintenance is a good example. A compact four-wheel-drive vehicle can be advantageous in narrow streets, pedestrian areas and smaller service roads where a larger snowplough may be inconvenient. During warmer months, the same vehicle can be configured for landscaping, transport or road maintenance. This ability to change roles is one of the fundamental reasons multifunctional vehicles such as the M26 remain interesting long after their original production period.
Buying and Maintaining an M26 Today
A used M26 should be assessed as a working machine rather than simply as an old commercial vehicle. The condition of the chassis, drivetrain, hydraulics and attachment interfaces can be more important than the appearance of the cab. Buyers should also establish exactly which engine, transmission, axle configuration and hydraulic system the individual vehicle has because M26 specifications vary by year and version.
Hydraulic components deserve particular attention because an M26 that has spent decades operating attachments may have accumulated significant wear. Hoses, pumps, cylinders, valves and couplings should be inspected carefully. The same applies to the drivetrain, especially on four-wheel-drive examples that may have spent much of their working life on difficult terrain.
Parts availability and specialist knowledge can also influence ownership. The M26 is an older vehicle, so condition varies enormously between examples. A well-maintained machine can remain a useful utility platform, while a heavily worn example may require substantial refurbishment before it becomes economically practical.
Why the Multicar M26 Remains Interesting
The enduring appeal of the Multicar M26 lies in its unusual combination of characteristics. It is compact like a small utility vehicle, capable of carrying loads like a light truck, configurable like a working implement carrier and, in suitable versions, capable of four-wheel-drive operation. Its hydraulic options add another dimension, allowing one chassis to serve multiple purposes.
Its specifications also tell an interesting story about the development of specialist utility vehicles. Earlier M26 variants could use relatively modest 40 kW Volkswagen engines, while later versions gained considerably more powerful Iveco diesel engines. The model evolved through different configurations rather than remaining fixed to one mechanical formula.
For enthusiasts, the M26 is therefore more than an old municipal vehicle. It represents a practical engineering philosophy: make the machine compact, give it enough payload and towing ability to perform useful work, provide attachment and hydraulic capability, and make it sufficiently roadworthy to travel between jobs. That combination explains why the M26 continues to attract attention among collectors, specialist operators and people looking for an unconventional compact work vehicle.
Multicar M26 Technical Specifications
The following table summarizes the specifications of the 2.8-litre Iveco-powered M26 configuration documented by Multicar, while noting that other M26 variants can differ significantly. (Multicar Morava)
| Specification | Multicar M26 |
|---|---|
| Engine | Iveco 8140-23-2585 |
| Engine type | 4-cylinder, 4-stroke, direct injection, turbocharged diesel |
| Displacement | 2,799 cm³ |
| Maximum power | 78 kW / 105 hp at 3,600 rpm |
| Maximum torque | 235 Nm at 2,000 rpm |
| Drivetrain | 4×2 or 4×4, depending on configuration |
| Transmission | Mechanical 5-speed or hydrostatic, depending on configuration |
| Overall length | 3,720 mm / 4,295 mm |
| Overall width | 1,590 mm |
| Overall height | 2,200 mm |
| Wheelbase | 2,100 mm / 2,675 mm |
| Front ground clearance | 250 mm |
| Rear ground clearance | 190 mm |
| Front approach angle | 30° |
| Rear departure angle | 38° |
| Maximum listed payload | Up to 3,010 kg, configuration dependent |
| Maximum listed gross weight | Up to 4,800 kg |
| Permitted trailer load | Up to 3,500 kg |
| Hydraulic flow | Up to 80 l/min, depending on system |
| Hydraulic pressure | Up to 300 bar, depending on system |
| Typical standard tyre | 195 R14 |
| Top speed | Up to approximately 85 km/h, version dependent |
Specification figures vary by production year, drivetrain, engine, body and hydraulic equipment. The table therefore describes a documented M26 configuration rather than every vehicle carrying the M26 designation.
The Multicar M26 ultimately stands out because it was engineered around versatility rather than a single job. Its compact dimensions, useful payload, towing capability, four-wheel-drive availability and hydraulic attachment systems gave it a role somewhere between a light truck, tractor and specialist municipal machine. Even decades after its introduction, those qualities make the M26 an intriguing example of practical utility-vehicle design—and a machine whose usefulness cannot be understood from engine power or payload figures alone.
