Yowoo 2 Pack 4S Lipo Battery 4000mAh 14.8V 150C Graphene Battery with XT60 Plug for RC Evader BX Car Buggy Boat Drones Slash 1/10 Scale Racing Truck Racing Heli Aeroplane (Including 4 Adapters)

Product description

• What you get 2 x 4S Lipo battery 4000 mAh 150C with XT60 connector; 4 x adapters; 1 x user manual (English language not guaranteed); 2 x Velcro cable ties; 1 x packaging.
• Yowoo 4s Lipo battery 4000 mAh specification material lithium + graph; capacity 4000 mAh; voltage 14.8 V; cell 4S; cell voltage 3.7 4.2 V; discharge 150C; discharge plug XT60 plug (compatible with Traxxas plug, Tamiya plug, Deans plug and EC3 plug); size 13. 6x45x6x34 mm ( 3 mm) 5.35 x 1.77 x 1.33 inch; Weight 445 g ( 10 g) 15.96 oz 0.98 lb.
• Application Yowoo 4s Lipo battery 4000 mAh equipped with XT60 EC3 Deans Traxxas Tamiya plug, compatible with RC plane quadcopter helicopter P-51 RC plane, E Flite Valiant, parking zone E4F Wildcat, large aircraft E-Cub, Eflite Pitts S1-S double decker, 3D planes, park. Flyer, RC Crawl, RC ler, Align Trex 450, E-Revo Brushless and Spartan Models, Summit, Crawler, Emaxx, Bandit, Rusler Version, Losi, Redcat Racing, Team Associated, etc.
• High energy density graphene batteries can store more electrical energy in a relatively small volume. This is very important for electrical devices such as RC plane, RC boat, RC cars and RC drones, as they usually require long-term operation and light lipo batteries to ensure device performance. The high energy density can significantly extend the usage time of the equipment, which can bring a better using experience.
• Fast charging speed Graphene batteries can reach higher charging levels than conventional Lipo batteries within the same charging time. Although the specific charging time can be affected by battery capacity and charging performance, the charging speed is generally faster than conventional lipo batteries, saving time and energy.
• Good safety performance Graphene has excellent conductivity and thermal conductivity that can distribute and conduct the heat generated inside the battery, reducing the risk of battery overheating. In addition, graphene also has high mechanical strength and chemical corrosion resistance, which can resist the physical and chemical changes within the battery, reducing the risk of battery leakage and explosion.