The eC1 MINI CDC chassis platform, jointly developed by GETEC and its German headquarters, focuses on addressing the practical needs of urban last-mile transportation. Featuring a modular design, the platform allows flexible adaptation of the upper and lower vehicle body, enabling customizable configurations for diverse usage scenarios to meet personalized demands.
Body Customization：Based on a standardized chassis platform, we provide personalized vehicle customization services to meet functional requirements across diverse scenarios.
Chassis Domain Control Technology：Multi-domain integration enables centralized chassis control, enhancing performance and safety to ensure stability and reliability in all conditions.
Platform Scalability：The chassis wheelbase and wheel track can be freely extended, allowing for the development of various vehicle models to adapt to different market segments.
Modular Design：Modular system components enable flexible vehicle configurations, delivering tailored solutions for individual needs.
Left- & Right-Hand Drive Architecture：The chassis supports both left- and right-hand drive configurations, with adjustable driver positions to meet domestic and international market demands.
Autonomous Driving Upgrade:Supports seamless upgrades for smart driving applications, improving convenience and safety.
Lightweight Frame: Advanced material selection, structural optimization, and computer-aided engineering (CAE) reduce weight while enhancing overall performance.
Battery Expansion: Equipped with a 12kWh battery pack (120+ km range), with AB battery pack technology enabling expansion up to 24kWh.
MINI Domain Control:GETEC’s self-developed Chassis Control Unit (CCU) delivers high integration, safety, and controllability.
Suspension System:A passenger-car-inspired suspension setup (front MacPherson strut + rear trailing arm) ensures smooth and comfortable handling across challenging road conditions.
Economy: Low purchase cost, economical operation and maintenance, highly efficient production cost control.
Convenience: Compact body, turning radius ≤4.5 meters, convenient driving.
Safety: Safe vehicle design, stable operation, worry-free driving.
Advanced Technology: Forward-looking design, versatile chassis, strong scenario adaptability.
Reliability: Regulatory compliant, stable range performance, systematic guarantees.
Comfort: Spacious interior, passenger-car suspension system, comfortable driving.
The eC1 Micro Domain-Control Chassis Platform adopts a modular architecture design, enabling flexible adaptation to various urban application scenarios: encompassing urban micro-service fields such as micro-logistics, micro-firefighting, micro-sanitation, and micro-commerce, while supporting unmanned applications including autonomous delivery, intelligent sweeping, and automated shuttle services. With its robust scenario expansion capability, the platform effectively fulfills customized requirements from diverse users.
| Key Parameters of eT1 Chassis-by-wire | |
Product Platform | Micro Chassis-by-wire Platform eT1 |
| Chassis:Length x Width x Height (mm) | 3480×1465×1760(Cab height) |
| Wheelbase:Wheel base in no-load condition (mm) | 2350 |
| Wheel track:Front/Rear tread (mm) | 1250/1250 |
| Max speed (km/h) | 85 |
| Maximum mileage (km) | 100+/200+ |
| Chassis kerb mass (Kg) | 745 |
| Maximum loading (Kg) | 1395 |
| Height of cargo compartment mounting surface from ground (mm) | 680 |
| Drive motor rated power/max power (kw) | 7.5/15 |
| Battery capacity (kwh) | 9.2/18.4 |
| Battery cell | Lithium iron phosphate |
| Suspension system (front/rear) | McPherson (double fork arm optional)/ Towing arm |
| Braking system | Front disc rear drum/electric vacuum power |
| Application scenarios | Last one mile、unmanned driving、 MINI passenger transport, etc. |
*Specific parameters are subject to vehicle announcement.
From parcel delivery to mobile retail, from community services to cultural markets, the eT1 MINI BEV commercial vehicle meets your diverse mobility needs.
