Zeee 14.8V 1300mAh 120C Graphene 4S LiPo Battery with XT60 Plug – FPV Drone RC (2 Pack)

Power that travels with you

Meet the Zeee graphene-enhanced 14.8V 4S LiPo battery, designed to deliver crisp throttle response and steady power for FPV drones and other RC models. With a 1300mAh capacity and a 120C discharge rating, it offers strong bursts and reliable runtime without adding excessive weight. The result is confident handling during fast courses and demanding sessions, all while keeping within practical form factors.

Weighing about 157 g and measuring 70 x 35 x 33 mm, this pack fits snugly into many quad frames, boats, planes, and other RC platforms. The XT60 plug provides a secure, easy-to-connect power path, reducing setup time between flights. Graphene cells are engineered to balance internal resistance with cycle life, helping you enjoy more cycles and quicker re-energizing between sessions.

Key specs at a glance

• Voltage: 14.8V (4S)
• Capacity: 1300mAh
• Discharge: 120C
• Cell count: 4S
• Plug: XT60
• Weight: ~157 g
• Dimensions: 70 x 35 x 33 mm

Real-world use scenarios

For FPV racing, the 120C rating supports quick accelerations and sustained bursts through tight gaps. In RC planes and boats, you can expect responsive power delivery for takeoffs, climbs, and fast dashes across the water or air. The compact form and reliable connector help keep installations tidy and efficient.

• FPV racing drones needing strong bursts and precise throttle control
• RC airplanes requiring steady power during takeoff and ascent
• RC boats that benefit from rapid acceleration on the water
• RC cars and other models that value repeatable power delivery

What’s included and care tips

You get 2 x 14.8V 120C 1300mAh LiPo batteries with XT60 plugs. For best longevity, store in a cool, dry place and charge following standard safety guidelines.

Compatibility and guidance

Verify your model’s voltage, dimensions, and XT60 plug fit before swapping packs. When in doubt, compare dimensions and plug type with your current battery.

Note: This description highlights features and potential use cases, without guarantees. Real-world results depend on model setup, operating conditions, and handling.