Powerhobby 2S 7.6V 6000mah 120C Graphene + HV Lipo Battery Bullet Deans Plug

Powerhobby 2S 7.6V 6000mah 120C Graphene + HV Lipo Battery Bullet Deans Plug

120C Continous / 240C Brust

Description

Power your high-performance RC vehicle with the Powerhobby 2S 6000mAh 120C LiHV Graphene Battery. Designed for demanding surface, marine, aircraft, and drone applications, this battery combines high capacity with strong discharge performance.

The 120C continuous and 240C burst ratings provide responsive acceleration and dependable power under load. A Deans-style T-Plug provides compatibility with supported electronics, while the JST-XH balance lead supports proper cell monitoring during charging.

Features

• High-voltage 2S LiHV battery
• 7.6V nominal voltage
• 6000mAh capacity
• 120C continuous discharge rating
• 240C burst discharge rating
• Graphene-enhanced construction
• Deans-style T-Plug
• JST-XH balance connector
• Suitable for high-performance RC applications

Includes

• One Powerhobby 2S 6000mAh LiHV battery

Applications

• 1/10-scale RC cars and trucks
• Compatible 1/8-scale vehicles
• RC boats
• Aircraft and drones
• Other models matching the battery dimensions and connector

Specifications

• Capacity: 6000mAh
• Nominal voltage: 7.6V
• Cell count: 2S
• Battery chemistry: LiHV
• Continuous discharge: 120C
• Burst discharge: 240C
• Length: 134.5mm
• Width: 47mm
• Height: 25mm
• Weight: Approximately 10 ounces
• Main connector: Deans-style T-Plug
• Balance connector: JST-XH
• Part number: PHB2S6000120CBULLET
• UPC: 741030684326

Use a charger with a dedicated LiHV charging mode when charging this battery to its full rated voltage.

Warranty:

This LiPo Battery Pack is guaranteed, under warranty, against defects in materials and workmanship upto 6 Months from the day of purchase
This warranty does not cover physical damage to the battery pack as the result of a crash, hard landing, improper mounting or any deformity caused by the user.
This warranty does not cover internal damage to the battery pack due to overcharging, deep discharging, or excessive
discharge current.