Banshee Replacement  Ytx14-Bs Atv LifePO4 Battery For Honda 450Cc Trx450 Fourtrax Foreman S Es 2002

Lithium Motorcycle Battery Replaces YTX14-BS Lightweight Lithium Ion Battery

 

Lithium Motorcycle Battery Replaces YTX14-BS Lightweight Lithium Ion Battery

Lithium Motorcycle Battery Replaces YTX14-BS Lightweight Lithium Ion Battery

2 Year Warranty |  Free Shipping To US Inner 48


Polarity: + / -

Voltage: 12.8 V

W/Hr: 64 Wh

Cranking Amps: 380 CCA

L - 5.9"  | W - 3.4"  | H - 5.7"

Weight: 3.10 lbs (Compared to most 14-BS batteries which can weigh up to 10 lbs)

 

Replaces: YTX14-BS


Features: Extreme Light Weight • Flush Terminals

 

 

Banshee Lithium-Ion Sealed Battery General Features

 

Lithium Motorcycle Battery Replaces YTX14-BS Lightweight Lithium Ion Battery Extended Cycle Life
Lasts up to 3Xs longer than standard SLA Batteries		 Lithium Ion Battery Replaces Yuasa YTX14-BS Lightweight Motorsport Motorcycle Superior Cranking Power
Up to 70% more cranking power than other products		 Lithium Ion Battery Replaces Yuasa YTX14-BS Lightweight Motorsport Motorcycle Low Self Discharge
Able to start with extended periods of storage
Lithium Ion Battery Replaces Yuasa YTX14-BS Lightweight Motorsport Motorcycle Green Energy
Non toxic, no acid, no lead, environmentally friendly		 Lithium Ion Battery Replaces Yuasa YTX14-BS Lightweight Motorsport Motorcycle Completely Sealed
Can be installed in any direction or position		    

 

 

Extreme Light Weight


Weighs only 3.10 lbs compared to most 14-BS batteries which can weigh up to 10 lbs

 

Lithium Ion Battery Replaces Yuasa YTX14-BS Lightweight Motorsport Motorcycle
Lithium Ion Battery Replaces Yuasa YTX14-BS Lightweight Motorsport Motorcycle Flush Terminal Design
Flush terminals for better compatibility with Harley motorcycles


 


What Is LiFePO4?

The lithium iron phosphate (LiFePO4) battery, also called LFP battery  (with "LFP" standing for "lithium ferro-phosphate"), is a type of  rechargeable battery, specifically a lithium-ion battery, which uses  LiFePO4 as a cathode material, and a graphitic carbon electrode with a  metallic current collector grid as the anode.

 

The use of phosphates avoids cobalt's cost and environmental concerns,  particularly concerns about cobalt entering the environment through  improper disposal, as well as the potential for the thermal runaway  characteristic of cobalt-content rechargeable lithium cells manifesting  itself.

 

One important advantage over other lithium-ion chemistries is thermal  and chemical stability, which improves battery safety. LiFePO4 is an  intrinsically safer cathode material than LiCoO2 and manganese spinel.