EVEA E-GX270 is a GX270 electric motor designed to replace a Honda GX270 engine or a thermal unit of similar format in a machine conversion project based on a 48 V or 72 V architecture. This integrated electric drive combines a compact format, a 25.4 mm (1'') front shaft, three power variants from 4 to 9 kW and a reference speed of 3500 rpm to provide a more directly usable electric alternative for utility, agricultural or industrial machines.
The E-GX270 is not presented as a generic electric motor, but as a GX270-type replacement module intended to simplify the mechanical and electrical integration of a conversion. The product is available in 48V-L 4 kW, 48V-H 6 kW and 72V-H 9 kW versions, with a single housing and an installation logic suited to projects where compact packaging and drivetrain take-off are key decision points.
GX270 format
GX270 electric motor for machine conversion
In an electric machine conversion project, the main advantage of the E-GX270 lies in its clear positioning: replacing the function of a compact thermal engine with an integrated electric drive, in a volume consistent with a machine originally structured around a GX270-type block. The product should therefore be considered as a base for electric machine conversion, with a usable envelope, an identifiable output face and an integration logic intended to limit scattered adaptations around the chassis.
48V / 72V choice
Which E-GX270 version to choose
The E-GX270 electric motor is offered in three power levels: 4 kW in 48V-L, 6 kW in 48V-H and 9 kW in 72V-H. The choice between 48 V and 72 V should not be reduced to a simple “more volts = more performance” approach. It also affects the battery architecture, power cabling sizing, upstream protection, control strategy and thermal integration margins. In practice, the right method is to define the machine requirement first, then select the E-GX270 version that matches the power level, target DC bus and operating constraints.
E-GX270 data
| Parameter | Value |
|---|---|
| Brand | EVEA |
| Model | E-GX270 |
| Description | Integrated electric drive, GX270 type |
| Positioning | Honda GX270 replacement / GX270-type thermal engine replacement |
| Available versions | 48V-L / 48V-H / 72V-H |
| 48V-L power | 4 kW |
| 48V-H power | 6 kW |
| 72V-H power | 9 kW |
| Rated speed | 3500 rpm |
| Overall length | 403 mm |
| Main assembly length | 311 mm |
| Housing depth | 242.5 mm |
| Maximum width | 395 mm |
| Maximum height | 356 mm |
| Upper block referenced width | 195.5 mm |
| Upper block height references | 83 mm / 96 mm |
| Output shaft diameter | 25.4 mm (1'') |
| Lower base reference | 117 mm |
| Front face vertical references | 60 mm / 89 mm / 130 mm |
| Power connector | Dedicated connector |
| Control connector | Dedicated connector |
| External architecture | Closed housing with side vents |
| Mechanical layout | Front shaft on mounting plate |
| Target uses | Utility, agricultural and industrial machines, GX270-format machine conversions |
Compatible accessories
The accessories below showcase a selection of components commonly integrated and/or recommended with EVEA - E-GX270 - Electric motorization to optimize installation, compatibility, and overall performance.
| Category | Accessories |
|---|---|
| No compatible accessory. | |
1-inch shaft
Honda GX270 engine replacement
The front mechanical interface is another strong point of the product. The E-GX270 uses a front protruding shaft layout with a 25.4 mm (1'') diameter. For a Honda GX270 replacement project, this information is far more useful than a simple power claim, because it determines the coupling, coaxiality, support quality and the radial loads transmitted to the assembly. Electric conversion of a GX270-format machine must therefore be approached as a controlled mechanical adaptation, not as a standard swap without re-alignment.
Target machines
Electric alternative to GX270 engine
The E-GX270 is particularly well suited to projects looking for an electric alternative to a Honda GX270 thermal engine on a special machine, light agricultural equipment, utility machine, auxiliary unit or compact industrial system. In this context, the main benefit is not only switching from one energy source to another. It lies in the possibility of redesigning around a GX270-type integrated electric drive with a known envelope, an identifiable front shaft, clearly positioned 48 V and 72 V variants and a more direct integration logic for the drivetrain.
48V or 72V GX270 electric motor
For an electric machine conversion, the product also helps structure decision-making. The 48V-L 4 kW version can suit applications where a simple DC bus and controlled power increase are preferred. The 48V-H 6 kW version is an intermediate option for keeping a 48 V environment with higher reserve. The 72V-H 9 kW version is better suited to integrations seeking a higher performance level, provided that the battery, protections, control strategy and power links are dimensioned accordingly. This progression makes the E-GX270 more relevant than a single non-configurable motor.
Integrated module
Integrated GX270 electric drive
The “all-in-one” approach has a concrete meaning here. The product does not simply provide power and an output shaft; it offers a coherent module for projects that want to avoid scattering the motor, interfaces and mechanical adaptation across several subassemblies. This is particularly useful when an integrator needs to convert an existing machine within tight deadlines, limited available volume and a high requirement for maintainability. In this type of project, the real value of the E-GX270 electric drive lies in serving as a fixed point around which the whole system can be organized: support, coupling, battery, protections, control, harness and service environment.
Integration points
Can this electric drive replace a Honda GX270 engine?
Yes. The product is specifically positioned as a GX270 electric motor intended to take over the function of a thermal engine from the same family or with the same format, subject to full validation of the mechanical and electrical integration.
Which version should be selected between 48V-L, 48V-H and 72V-H?
The choice depends on the required power level, battery architecture, power cabling, protection devices and the expected behavior of the converted machine.
Does the output shaft make GX270-type mechanical adaptation easier?
The 25.4 mm (1'') diameter and the front shaft layout clearly support this approach, but coupling, alignment and frame stiffness still need to be validated on the real machine.
Is this all-in-one electric motor enough on its own to complete a conversion successfully?
No. It provides a coherent motorization base, but the success of the project also depends on the battery, control strategy, electrical protection, support design and drivetrain.
Validated conversion
The EVEA E-GX270 is a credible answer for projects looking for a GX270 electric motor or an electric alternative to a Honda GX270 engine in a utility, agricultural or industrial machine. Its value does not rely only on its 4, 6 and 9 kW versions, but on its ability to serve as a coherent integration base within a machine conversion project. Final validation must always be carried out at full system level, including checks of the mechanical layout, electrical chain, drivetrain and real operating conditions.
Articles
Discover below our dedicated articles, featuring detailed answers to the most common technical questions, along with in-depth information to help you better understand installation, compatibility, use, maintenance, and warranties.
| Category | FAQ / Article(s) |
|---|---|
| No related FAQ or article. | |
Frequently associated searches for this product: 48V utility machine motor, 72V agricultural machine motor, 72V GX270 electric motor. See the corresponding category
Sheet written by Hugo C. and reviewed by the EVEA Distribution technical team — Last updated on 24/06/2026.
Brand
EVEA
Technical documentation
EVEA Distribution – Datasheet
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