Grignard 450mAh 1S 95C LiPo Battery BT20 Connector for 1S Whoop Drone HV - Image 2

Grignard 450mAh 1S 95C LiPo Battery BT20 Connector for 1S Whoop Drone HV - Image 3

Grignard 450mAh 1S 95C LiPo Battery BT20 Connector for 1S Whoop Drone HV

Name: Grignard 450mAh 1S 95C LiPo Battery BT20 Connector for 1S Whoop Drone HV
SKU: C1688-959215148515
Availability: InStock

$10.36

Shipping: Orders are processed within 3 business days. Delivery time depends on item size and shipping method. Shipping cost is calculated at checkout based on volumetric weight and destination. Shipping Policy

Returns: Eligible returns are accepted within 30 days after delivery. Non-defective returns may be subject to a USD 20 return label fee and a USD 20 restocking fee. Approved refunds are processed within 7 days after inspection. Return & Refund Policy

Brand notice: FPVBay is an independent seller. Brand names, product names, model names, and OEM references are used only for identification or compatibility purposes and do not imply affiliation or endorsement unless explicitly stated otherwise.

231 in stock

Description

Key Selling Points

High performance 450mAh 1S 95C LiPo battery designed for 1S FPV whoop drones and micro quads.
Features a robust BT2.0 connector for enhanced power delivery and reliability over standard PH2.0.
Offers a high voltage (HV) capability, providing extended flight time and improved power output.
Compact and lightweight design ensures minimal impact on drone performance without adding bulk.
Ideal upgrade for pilots seeking increased thrust and longer duration for their 1S FPV flying machines.

Technical Specifications

Capacity	450mAh
Voltage	1S (3.8V HV)
Discharge Rate	95C
Connector Type	BT2.0
Cell Chemistry	LiPo

FAQ Q&A

Q: What drones are compatible with this BT2.0 1S battery?

A: This battery is compatible with most 1S FPV whoop drones and micro quadcopters that utilize the BT2.0 connector type for power.

Q: What is the advantage of a BT2.0 connector over PH2.0?

A: The BT2.0 connector offers a lower internal resistance, allowing for more efficient power transfer and less voltage sag during high current draw, leading to improved flight performance and longer battery life.

Q: How does the 'High-Voltage' (HV) feature benefit my drone?

A: HV LiPo batteries can be charged to a higher voltage (typically 4.35V per cell) compared to standard LiPo, providing more power and extended flight times before reaching the discharge cut-off.