4000 4WD
The entry point to the conventional 4WD range. A braked platform with 280 mm rollers and one electromagnetic retarder.
Enquire about this model ↗Specifications ↓
PRODUCT IMAGE / EQUIPMENT MAY VARYOne model. More perspectives.
Views from the manufacturer's 2026 catalogue. The exact equipment is agreed for your project.
The facts.
In detail.
Specifications from the manufacturer’s 2026 catalogue. Power limits relate to different test modes and are not interchangeable.
Vehicle suitability, scope of supply and required infrastructure are clarified before an order.
| Measurement principle | Inertia and braked |
|---|---|
| Drive configuration | 4WD |
| Max. dynamic power | 1,500 hp |
| Max. speed | 300 km/h |
| Roller diameter | 280 mm |
| Max. axle load | 3,000 kg |
| Dimensions (L × W) | 4,105 × 3,645 mm |
| Braking torque (catalogue) | 1,800 Nm |
| Max. inertia power | 1,000 hp |
| Max. static power / road simulation | 1,000 hp |
| Electromagnetic retarders | 1 |
| Power supply | 220 V / 16 A |
| Compressed air (minimum) | 8 bar |
Configured for your application.
The manufacturer’s catalogue lists DynomiZer Wireless software and Omron sensors. WiFi modules for lambda, OBD and weather data are listed as options.
The catalogue describes above-ground and pit installation. The appropriate arrangement depends on the building, vehicles and intended operation.
The first platform in the 4WD range
The DYNOmax 4000 opens the conventional 4WD range. The manufacturer specifies one electromagnetic retarder, 280 mm rollers and a platform footprint of 4,105 × 3,645 mm. For all-wheel-drive vehicles, the number of driven axles is only part of the selection: the requirements of the particular drivetrain and test mode must also be considered.
The maximum catalogue ratings are 1,500 hp dynamic, 1,000 hp inertia and 1,000 hp static. When comparing the 4000 with the 4000 PRO, focus on the load testing you intend to carry out. Both models have a stated maximum speed of 300 km/h.
Build the configuration around your vehicles
Provide examples of the vehicles you expect to test regularly and the measurements you need. This makes it possible to compare the relevant operating limits. In addition to the platform footprint, allow for cooling, exhaust extraction, vehicle restraint and operator access. Compatibility with individual vehicles is assessed for the specific project.
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