ChamRider Delivery B Battery - 48V50AH ULTRA HIGH CAPACITY Rear Rack Battery with Polymer Cells | ULTIMATE Range Booster for European Food Delivery & Courier Riders - LARGEST Dual Battery Add-On for UNLIMITED E-Bike Performance
ChamRider Delivery B Battery - 48V50AH ULTRA HIGH CAPACITY Rear Rack Battery with Polymer Cells | ULTIMATE Range Booster for European Food Delivery & Courier Riders - LARGEST Dual Battery Add-On for UNLIMITED E-Bike Performance
ChamRider Delivery B Battery - 48V50AH ULTRA HIGH CAPACITY Rear Rack Battery with Polymer Cells | ULTIMATE Range Booster for European Food Delivery & Courier Riders - LARGEST Dual Battery Add-On for UNLIMITED E-Bike Performance
ChamRider Delivery B Battery - 48V50AH ULTRA HIGH CAPACITY Rear Rack Battery with Polymer Cells | ULTIMATE Range Booster for European Food Delivery & Courier Riders - LARGEST Dual Battery Add-On for UNLIMITED E-Bike Performance
ChamRider Delivery B Battery - 48V50AH ULTRA HIGH CAPACITY Rear Rack Battery with Polymer Cells | ULTIMATE Range Booster for European Food Delivery & Courier Riders - LARGEST Dual Battery Add-On for UNLIMITED E-Bike Performance

ChamRider Delivery B Battery - 48V50AH ULTRA HIGH CAPACITY Rear Rack Battery with Polymer Cells | ULTIMATE Range Booster for European Food Delivery & Courier Riders - LARGEST Dual Battery Add-On for UNLIMITED E-Bike Performance

Regular price €749,00 Sale price€599,00 Save 20%
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Product Model: ChamRider Driver B Battery
Battery Type: Lithium Polymer (Li-Po) Cells
Rated Voltage: 48V (DC)
Battery Capacity: 36Ah (Ampere-hour), enabling stable high-capacity energy delivery
Energy Storage: 1680Wh (Watt-hour), designed for extended operational endurance
Cell Configuration: 13S1P (13 cells in series, 1 cell in parallel), ensuring voltage consistency and reliable performance
Charging Port: XLR professional-grade connector for safe and efficient charging
Discharging Port: Three-pin connector, compatible with standard power discharge systems
Weight: Approx. 8.6KG (including protective circuit and casing), balancing portability and structural robustness


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