The Unimog road-railer has a high tractive force and can tow a trailer load of up to 1,000 t. This is possible by the torque converter clutch, the permanent all-wheel drive, compact axles and the drive via its own wheels. By quickly switching between rail and road, the fully fledged rail vehicle can be used flexibly at any time - not least because the Unimog is full of options beyond shunting: its attachment and body areas as well as the mechanical, electrical and hydraulic interfaces make it ideal for a wide range of applications in the maintenance of the rail infrastructure.
Model | Mercedes-Benz Unimog U 423 |
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Engine | 4-cylinder diesel engine (OM 934 LA) with BlueTec 6 |
Output | 170 kW (231 hp) |
Emission class | Euro VIe |
Wheelbase | 3,000 mm |
Gross vehicle weight | 13.0 t |
Transmission | Fully synchronised manual transmission with 8 forward and 8 reverse gears |
Drive system | Permanent all-wheel drive (4x4) with 3 differential locks (interaxle, rear/front axle) |
Wheels | Tapered rims with MITAS SRT2, 275/90 R22.5 tyres |
Vmax | Road: 89 km/h (limited by law), Rail (technical): 50 km/h (forward/reverse) |
In 1995, Gerd Zwiehoff founded G. Zwiehoff GmbH and sold the Unimog as a road-rail vehicle worldwide. Since the introduction of the Unimog U 400 in 2000, there has been intensive cooperation and system partnership with the Unimog product division. With the new Euro VI generation, Zwiehoff developed its own rail guide for the Unimog U 423.
G. Zwiehoff GmbH is an official Unimog ExpertPartner.
G. Zwiehoff GmbH
Gießereistraße 883022
RosenheimGermany
Tel.: +49(0)8031 23285-0
E-Mail: info[at]zwiehoff.de
www.zwiehoff.com
The Unimog manoeuvres in road-rail operations with a high tractive force of up to 1,000 t towed load. This is possible thanks to the torque converter clutch, permanent all-wheel drive, compact axles and drive via the truck’s own wheels. The fully-fledged rail vehicle is flexible at all times thanks to the quick transition between rail and road – not least because the Unimog is full of possibilities that go far beyond shunting: Its attachment and body mounting spaces as well as the mechanical, electrical and hydraulic interfaces make it ideal for a wide range of tasks in the maintenance and repair of the rail infrastructure.