Tattu 500mAh 1S 95C 3.7V Lipo Battery | PH2.0 Plug | R-Line 1.0

The Tattu R-Line 500mAh 1S1P is a competition-grade, ultra-lightweight LiPo battery pack engineered for 100mm to 180mm micro FPV multirotors and 1S tiny whoop racing quads, delivering 1.85Wh of total energy at 3.7V nominal with a 95C continuous discharge rating (47.5A) and 190C burst capability (95A). Derived from Tattu's Toppilot racing series and built with precision automatic cell-stacking technology and superior Japanese and Korean lithium polymer raw materials, it provides higher usable capacity, lower internal resistance, and cooler landing temperatures than standard or graphene packs. Weighing approximately 14g in a slim 58 x 18 x 7 mm footprint, it comes factory-fitted with a JST-PHR-2P (PH2.0) connector.

Features

High-Output 95C Continuous / 190C Burst Discharge: Delivers up to 47.5A continuous and 95A peak burst current for crisp throttle response, explosive acceleration, and minimal voltage sag under heavy racing loads

Competition-Grade R-Line Chemistry: Engineered as the commercial evolution of Tattu's Toppilot racing batteries to deliver higher usable capacity, lower internal resistance, and cooler landing temperatures than conventional graphene packs

Precision Stacking & Premium Materials: Manufactured with superior Japanese and Korean lithium polymer raw materials and automatic stacking technology for true 500mAh single-cell capacity and uniform cell consistency

Ultra-Light & Slim 1S Form Factor: Weighs approximately 14g with compact 58 x 18 x 7 mm dimensions to maximize agility and power-to-weight ratio on 1S micro FPV frames

Low Internal Resistance: Minimizes voltage drop during high-current bursts to maintain steady, responsive voltage delivery from takeoff to landing

JST-PHR-2P (PH2.0) Interface: Factory-equipped with an industry-standard 2-pin JST-PHR (PH2.0) connector for secure, low-resistance power transfer and convenient charging

Certified Quality Standards: Manufactured under strict ISO9001 and ISO14001 quality management systems for dependable safety and consistent cycle life