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AUSTRALIA'S BIGGEST AND BEST RANGE OF CERTIFIED EBIKE BATTERIES AND CHARGERS AT THE LOWEST PRICES! FREE POSTAGE OVER $99*
AUSTRALIA'S BIGGEST AND BEST RANGE OF CERTIFIED EBIKE BATTERIES AND CHARGERS AT THE LOWEST PRICES! FREE POSTAGE OVER $99*

36V 15Ah / 540Wh Dorado 393mm Dorado Samsung eBike Battery CPGRD36-15

Original price $551.00 - Original price $551.00
Original price
$551.00
$551.00 - $551.00
Current price $551.00

36 Volt

15 AH / 540 WH

Dorado Battery

Samsung 21700 5000 MAH Cells

2A, 3A Or 4A Battery Charger Options

ST3 Charging Port

Direct Replacement for Lekker X eBike and Outback Models

Also Fits A Wide Variety of Chinese Style Bikes

Dorado Battery - Samsung 21700 5000mAh Cells

393mm Long x 84mm Wide x 109mm High

440mm Length Includes Bracket Ends (Bracket Ends Not Included)

This replaces the longer Dorado battery that is fit in a wide variety of bikes. This case is slightly wider and taller, to accommodate extra cells, while still allowing it to fit in the standard 440MM Dorado bracket. 

This battery is one of Cap Rouge specialties. We are the first Australian reputable company to use top line 21700 cells. This battery is for long life and high performance.

In frame battery, fits a wide range of bikes that have in frame batteries.

All cells used in our batteries are 100% new and tested to International Electrotechnical Commission (IEC) standard 62133-2-2017 or 2012, beware as many Australian suppliers do not mention the brand of cell used

  • 36 Volts
  • 15 Ah
  • 540 Wh
  • 3.2 KG weight of battery, excluding charger
  • Dimensions: L 393mm - W 84mm - H 109mm (Short Version) Excludes Bracket Ends 
  • 21700 Samsung Cells  tested to IEC62133
  • Note: frame batteries vary in size and connection please check carefully your connection
  • Stocked and shipped and from Australia
  • ST3 Charging port
  • 2A, 3A, 4A Battery charger options
  • Continuous discharge 30A maximum 
  • Battery Management System (BMS) Managing
  1. Charging voltage
  2. Balance voltage for single cell               
  3. Current consumption                
  4. Maximal continuous charging current     
  5. Maximal continuous Discharging current            
  6. Over charge Protection 
  7. Over discharge protection         
  8. Over current protection 
  9. Short protection
  10. Resistance Protection