Ennovation Technology is carrying out a project to convert a JCB Fastrac tractor from a combustion engine to an electric drive for a client from the mountain tourism sector. The vehicle will be adapted to transport passengers to a summit in the Polish mountains, in conditions requiring high traction, smooth driving and stable operation under heavy load.
The project involves rebuilding a vehicle that will transport people to mountain peaks. The total weight of the entire set is several tons, which makes the right drive characteristics crucial — especially when driving uphill.
In this application, the electric drive is a solution that allows the vehicle to be better adapted to a specific route, load and expected passenger comfort. In addition, the electric motor is also used for regenerative braking during downhill driving — improving both efficiency and driving safety.
Project profile: a specialist vehicle for passenger transport
A company from the mountain tourism sector needed a solution that would allow an existing vehicle platform to be used in a new function.
The project falls within the area of specialist vehicle conversions, where the drive system must be tailored to a specific operating profile, rather than simply replaced with a ready-made set of components.
In line with its business profile, Ennovation Technology acted as a technology partner responsible for designing and integrating solutions for specialist vehicles and working machines.
Challenge: adapting the drive system to mountainous terrain
The main challenge of the project was to adapt the vehicle to operation in mountainous conditions, where the JCB Fastrac will transport passengers. This means working on a demanding route with heavy loads, variable gradients and the need for smooth vehicle control.
In this type of application, an electric motor has a significant advantage over a diesel system. Instant torque allows the vehicle to handle climbs and more demanding sections of the route more effectively, without the need to maintain high engine speeds or frequently change gears.
Passenger comfort was another important aspect. Lower noise levels, no local exhaust emissions and smoother drive operation are particularly important in a vehicle used for tourism and passenger transport.
Ennovation’s approach: analysis of the route, load and data from the combustion system
Work on the project began with an analytical and design phase. Before selecting the components of the new drive system, Ennovation Technology gathered the client’s requirements regarding the vehicle’s operating profile, route characteristics and expected load.
It was crucial to understand the conditions in which the JCB Fastrac would be operated on a daily basis.
At the same time, data from the existing combustion drive system was used. This made it possible to determine what operating parameters were required from the vehicle in real conditions and, on this basis, select the appropriate characteristics of the electric drive.
In passenger cars or trucks operating on roads, it is usually possible to select drive parameters based on simulations, such as WLTP or WLTC driving cycles. However, because the operating profile of specialist vehicles differs significantly from any standard, selecting the right drive system requires more detailed arrangements and analyses in consultation with the specific client. To select the right drive, we need to understand the full operating profile of the vehicle — routes, loads and the expected driving characteristics. Only on this basis can we design a system that truly meets the client’s requirements.
Chief Technology Officer
Ennovation Technology
Technical implementation: dismantling the combustion system and integrating the electric drive
After completing the design phase, Ennovation Technology began rebuilding the vehicle. The scope of work included removing components related to the combustion drive system and preparing space for the new electric system.
The following components were removed from the vehicle:
- diesel engine,
- gearbox,
- fuel system,
- exhaust system.
In place of the previous combustion system, the following were installed:
- electric motor with transmission,
- battery system,
- complete electrical wiring harnesses,
- components responsible for control and safe operation of the drive system.
Why electric drive: traction, torque and passenger comfort
In this project, the electric drive is a solution better suited to the vehicle’s operating profile and the conditions in which the JCB Fastrac will be used.
The most important advantage of an electric motor is instantly available torque. In practice, this means better vehicle response when starting, greater control on climbs and more stable pulling performance under heavy load.
This is particularly important in mountainous terrain, where the vehicle must cope with variable gradients, limited traction and the need for smooth driving with passengers on board. The electric drive system helps reduce jerks and ensures more predictable vehicle operation.
Another important aspect is passenger comfort. Quieter drive operation, no local exhaust emissions and smoother acceleration make the vehicle better suited to the requirements of tourist transport in the mountains.
Testing phase and approval for operation
The vehicle is currently in the final phase of component assembly. After the workshop work is completed, Ennovation Technology will carry out tests near Warsaw to verify the operation of the new drive system under controlled conditions.
Once testing is completed, the JCB Fastrac will be handed over for further use in its target operating environment. If needed, Ennovation Technology may also support the vehicle registration and approval process.
This project clearly shows where electrification makes the most sense — in applications where technology can improve not only efficiency, but also the quality of vehicle operation. In passenger transport in the mountains, comfort, smooth driving and matching the drive system to the route are crucial. This is where electric drive fully demonstrates its advantages.
Business Development Manager
Ennovation Technology
Results and conclusions: conversion as a way to adapt a vehicle to a new function
The most important value of the project is the change in the vehicle’s operating characteristics. The electric drive system enables smoother driving, better torque control and greater user comfort — parameters that are particularly important when transporting people on routes with steep gradients.
The conversion also makes it possible to use the existing JCB Fastrac platform without the need to design a vehicle from scratch. This approach is especially important in specialist projects, where standard solutions available on the market do not always meet the requirements of a specific route, load and operating profile.