The Right RC Buggy Battery for On-Road, Off-Road and Bashing Setups
How to choose the right RC buggy battery for on-road racing, off-road driving and bashing. Compare capacity, discharge, voltage and size, and explore customized RC battery solutions.
LiPo vs NiMH for RC Cars: Is the Performance Upgrade Worth It?
Considering upgrading your RC car from NiMH to LiPo? Compare real performance, the 7.2V vs 2S question, conversion requirements, LiPo cutoff and how to choose the right RC LiPo battery pack.
What C Rating Does an RC Car Need Without Overheating the Battery?
Learn how to calculate RC car battery C rating from capacity and current draw, then diagnose heat from gearing, connectors, wiring, and pack condition.
2S vs 3S LiPo for RC Cars: Speed, Runtime, Heat and ESC Compatibility
Compare 2S and 3S LiPo batteries for RC cars by voltage, speed, runtime, heat, gearing, battery-tray fit, and ESC compatibility.
How to Size a Heavy-Lift Drone Battery for Payload, Current Draw and Flight Time
Learn how to size a heavy-lift drone battery from payload, measured current, usable energy, voltage, reserve and real-load testing.
RC Car Battery Connector Types: Choosing XT60, Deans, EC/IC or TRX
Compare RC battery connector types including XT60, Deans, EC/IC and TRX by compatibility, current draw, wire size, heat and charging needs.
How to Choose the Right Drone Battery for Different UAV Applications？
This guide explains how to match battery chemistry and pack specifications to the UAV’s actual mission. It also covers capacity calculation, current demand, installation limits, real-load performance, safety, and shipping requirements to support a more reliable battery selection process.
18650 vs 21700 Battery Cells: What Is the Difference?
This guide compares 18650 and 21700 battery cells and explains how these differences affect real battery pack performance.
How Long Does an FPV Drone Battery Last
In this guide, we will explain how long an FPV drone battery usually lasts, why FPV flight time is shorter than camera drones, what factors affect battery life, and how to choose and use batteries more safely and efficiently.
How Semi-Solid-State Batteries Are Changing the Drone Industry
This article explores what semi-solid-state batteries are, how they compare with traditional drone batteries, their advantages and limitations, and their potential impact on FPV, commercial, and industrial UAV systems. It also explains where this technology can be applied today and how it may shape the future of drone power systems.
