LRP 430206 Datasheet

430206
LRP
Brand
LRP
Model
430206
Category
Rechargeable batteries
Type
Datasheet

LRP 430206 is a high-performance LiPo battery designed for competition-level RC racing. With a massive 5700mAh capacity, it delivers extended runtimes and consistent power output. The 80C/40C rating ensures exceptional power handling, enabling rapid acceleration and maintaining high speeds. It features a compact 6-cell SubC stickpack design, allowing for flexible installation in various RC models. Advanced HDS-2 technology enhances voltage stability, while the 2mm gold-plated balancing connector and 4mm gold-plated connectors minimize resistance and ensure efficient power transfer.

LRP 430206 is a high-performance LiPo battery designed for competition-level RC racing. With a massive 5700mAh capacity, it delivers extended runtimes and consistent power output. The 80C/40C rating ensures exceptional power handling, enabling rapid acceleration and maintaining high speeds. It features a compact 6-cell SubC stickpack design, allowing for flexible installation in various RC models. Advanced HDS-2 technology enhances voltage stability, while the 2mm gold-plated balancing connector and 4mm gold-plated connectors minimize resistance and ensure efficient power transfer.

LRP electronic GmbH
Hanfwiesenstraße 15
73614 Schorndorf (Germany)
www.LRP.cc | info@LRP.cc
blue is better
LRP LiPo Competition Car Line Hardcase 5700 - 80C/40C - 7.4V
Page 1/1
With these Competition Car Line hardcase LiPos, a completely new developed and
stand- alone battery line is available for the various applications in competition. Divided
into a spezial 1/10 line, 1/12 line and an all- round line, materials and cells were adapted
to the different requirements. The result: a true Blue is Better product with maximum
power output!
For 1/10 racers, the 2S 7200 and 2S 7000 are the perfect choice. The 7200 is designed for maximum run time, the
7000 for maximum power. In combination with a rating of 100C/50C and 110C/55C there’s nothing left to be desired
regarding 1/10 competition requirements. A special 1S LiPo for 1/12 drivers with 6900 milliampere hours, as well as
an optimised Saddle Pack for 4WD offroad racing, a short SubC and 2S high- power all- round- LiPos that are also
suitable for 1/8 models, top the line off. The battery type can now still be identified with the battery mounted in the car
due to the sideways mounting of the label sticker. The usual fixing with battery tape also cannot harm the cool
stickers anymore.
Features
Up to 110C/55C LiPo power: No memory effect, extremely long lifetime
3C Charge current
HDS-2 - Advanced High Density Stacking technology: Even higher voltage due to improved separator materials
Tested according to latest UN test standards: High cell safety due to certified UN test
4mm gold coated connectors: For lowest contact resistance
See- through Hardcase: Durable hardcase made of high- quality synthetic material for maximum safety
2mm gold coated balancing connector
LRP quality approved: Tested LRP quality, e.g. endurance- tested over 400 continuous charge and discharge cycles
Specifications
C- rate 80C/40C
Style 6- cell SubC stickpack
Dimensions 139x47x25.1mm
Capacity 5700
Voltage rating 7.4V - 2S
Balancing connector 2mm gold connector
Connector 4mm gold connector
Application 1/8 + 1/10 on/ offroad all- round
Blue is Better - Blue is Power!
Art. no.: 430206
  • Page 1 1

LRP 430206 Datasheet

430206
LRP
Brand
LRP
Model
430206
Category
Rechargeable batteries
Type
Datasheet

LRP 430206 is a high-performance LiPo battery designed for competition-level RC racing. With a massive 5700mAh capacity, it delivers extended runtimes and consistent power output. The 80C/40C rating ensures exceptional power handling, enabling rapid acceleration and maintaining high speeds. It features a compact 6-cell SubC stickpack design, allowing for flexible installation in various RC models. Advanced HDS-2 technology enhances voltage stability, while the 2mm gold-plated balancing connector and 4mm gold-plated connectors minimize resistance and ensure efficient power transfer.

Download PDF
report

Ask a question and I''ll find the answer in the document

Finding information in a document is now easier with AI

Related papers

Other documents