Choosing the right battery is essential for high-performance RC, drone, and robotics applications. Tattu and GNB (Gaoneng) are two of the leading competitors in the LiPo battery market. Although both are well-known and respected brands, their functions are different. This blog examines the differences between these two brands in terms of pricing and performance to assist you in selecting the one that best fits your needs.

Gaoneng Battery, or GNB for short, is a high-performance brand that gained notoriety after being embraced by robot combat teams and FPV racers. GNB batteries are renowned for their exceptional power-to-cost ratio, lightweight design, and high discharge rates. For applications where maximum performance is crucial, such as racing drones, sumo robots, and remote-controlled cars, they are perfect for brief, powerful energy bursts.

The requirements of your project will determine whether to use Tattu or GNB. Tattu is a reliable option for consistent output, long cycle life, and professional-grade dependability. GNB produces strong results if your goal is optimal performance at an affordable cost, particularly for racing or combat robotics.

Although they serve different purposes, both brands provide outstanding quality. Determine your top priorities, such as affordability, longevity, or peak and you'll have a clear winner.

Gaoneng Battery, or GNB for short, has established a name for itself in the market for high-performance LiPo (Lithium Polymer) batteries. GNB, which arose from China's expanding RC (radio-controlled) hobbyist and robotics scene, initially supplied small, high-discharge batteries to meet the demands of roboticists, drone racers, and hobby-grade RC enthusiasts. The brand developed over time and gained international acclaim for its inventiveness, dependability, and power density.

The growing need for lightweight, high-discharge batteries in FPV drone racing, a sport that demands incredibly quick and reliable battery output, drove their ascent. With exceptional performance, GNB's batteries met this challenge and enabled racers to compete at the top level. The RC and FPV communities swiftly came to associate the brand with quality.

High-performance LiPo and Li-ion packs with a range of discharge ratings and cell counts (from 1S to 6S and beyond) are GNB's specialty. They are ideal for drones, robots, RC cars, airplanes, and other performance-critical applications because they can achieve high C-ratings without sacrificing size or weight, which is one of their primary differentiators.

In order to cater to various needs, such as racing, freestyle, or casual use, GNB also launched sub-brands like GNB Gaoneng. Their batteries perform consistently and dependably because of their long cycle life, balanced voltage retention, and low internal resistance.

With advancements in cell chemistry, safety features, and fast-charging capabilities, the brand keeps coming up with new ideas. With a stellar reputation, robust construction quality, and broad compatibility, GNB has become a go-to choice for professionals and hobbyists alike.

GNB batteries are widely used in:

• FPV drones (racing and freestyle)

• Combat and sumo robots

• RC cars and trucks

• Robotics kits and educational platforms

• DIY electronics and portable power systems

Their versatility, safety, and performance make them ideal for competitive environments where power and reliability are critical.

The transformation of GNB from a niche producer to a well-known brand throughout the world exemplifies the value of creativity and specialization. GNB has enabled thousands of engineers, racers, and creators to confidently push boundaries by concentrating on high-performance LiPo battery technology.

The Combove motor series from Technobotix is designed for combat bots, drones, and high-power robotics. Let's examine the three flagship models that are offered:

For heavy lifting or combat applications, this powerful machine is ideal.

• KV: 410 RPM/V

• Peak Power: 8,180 W @ ~165 A continuous

• Specs: 50 × 40 mm stator, 10-pole, 14‑pole, 12s–14s LiPo

• Cooling: Built-in centrifugal fan, 4 NSK 6900ZZ bearings

• Weight: 860 g

Ideal For: Combat robots or heavy-lift UAVs needing strong endurance and extended torque.

An adaptable mid-range motor designed for a range of power outputs.

• KV: 550 RPM/V

• Power Handling: 3,750 W at 90 A continuous; 5,700 W peak technobotix.in+1technobotix.in

• Specs: 42 mm stator, delta-wound 6+5 turns, adjustable timing (5–15°), 12s LiPo technobotix.in+5

• Weight: 370 g

Ideal For: RC platforms that balance weight and power, medium drones, and nimble ground bots.

High‑KV, lightweight motor suited for agile robotics and fast drones.

• KV: 580 RPM/V

• Power Handling: 2,360 W continuous @75 A; 2,820 W peak @125 A technobotix.in+12

• Specs: 40 mm stator, 12 stator arms, adjustable timing (5–12°), 8–32 kHz drive technobotix.in+2

• Weight: 350 g

Ideal For: Lightweight robotic systems requiring a small, responsive motor, agile combat robots, and high-speed drones.

Bolts, mounting hardware, and bullet connectors are included with every Combove motor. For customized component pairing for combat robotics, consult Technobotix's setup guides.

👉 Browse these motors and more on Technobotix’s site

Selecting the appropriate motor is essential for obtaining performance, efficiency, and dependability in the fields of robotics, drones, and remote-control systems. Venus, Pluto, and Saturn are three strong and specialized motor series that Technobotix offers; each is designed for a particular set of uses.

This blog explains the main distinctions between the motor series so you can choose the best one for your upcoming project.

High-performance outrunner brushless motors from the Venus Series are made especially for gliders, lightweight drones, and fixed-wing remote-controlled aircraft. These motors are perfect for sustaining constant thrust during lengthy flights because they provide a torque and RPM balance.

Key Features:

• Models: D3536EVO, D4245EVO, D5055EVO

• High efficiency and reliable output

• Suitable for foamboard builds, gliders, and airplanes

• Lightweight design with high KV ratings

Best For:

• Fixed-wing planes

• Educational or hobby-grade aircraft

• DIY drone builds needing forward thrust

The Pluto Series is designed specifically for lifting platforms, VTOL aircraft, and multirotor drones. These motors, which come in models like the H500, H600, H700, and H850, are tuned for payload capacity, smooth transitions, and stable hover.

Key Features:

• Outrunner motors with mid-to-low KV

• High torque at low RPM – ideal for heavy-lift drones

• Smooth, vibration-free operation

• Great compatibility with 4S–6S LiPo setups

Best For:

• Quadcopters, hexacopters, and octocopters

• Agricultural drones

• Aerial photography and payload delivery UAVs

The Saturn Series includes sensorless inrunner brushless motors like the 3650 and 4068. These motors are compact and capable of delivering high-speed performance, perfect for applications like RC cars, boats, and robotics that require a smaller form factor.

Key Features:

• Inrunner 4-pole BLDC motors

• High KV ratings (1000+ KV) for fast RPM

• Enclosed casing for durability

• Ideal for high-speed torque delivery

Best For:

• RC cars and trucks

• Boats and submarines

• Competitive robotics requiring fast motion

Power, torque, and efficiency must be properly balanced for every project. Technobotix provides motors that are not only optimized for performance but also tested for practical dependability in a variety of settings, including both hobbyists and industries.

Take your build to the next level with components designed for excellence by browsing our website's complete selection of Venus, Pluto, and Saturn motors.

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Long operating life and resistance to demanding flight conditions are ensured by the Eagle Power LA series motors' CNC-machined aluminum housings, high-temperature magnets, and premium bearings. Even with heavy loads, the open design helps dissipate heat and maintain low temperatures.

The Eagle Power LA 8308 KV90 ought to be at the top of your list if you're building a professional drone and need a motor that's strong, dependable, and effective. This motor can meet the requirements of any mission-critical UAV setup, whether it is for cinematography, logistics, or agriculture.

Connectors are more important in high-power builds than most people realize, whether you're building industrial drones, electric skateboards, e-bikes, or combat robots. An incompatible or low-rated connector may fail, overheat, or even result in hazardous short circuits.

Presenting the QS Series, which includes some of the strongest and most dependable anti-spark connectors available today: QS8S, QS10S, and QS12. Which one, though, ought to be used? Let's dissect it.

Use Cases:

One of the most widely used options for DIY EVs and combat robots is the QS10S. It's a strong, secure choice for demanding systems, with current ratings up to 200A and an integrated anti-spark feature.

Use Cases:

• Middleweight combat robots

• High-power VESC builds

• Off-road RC or e-bike applications

Advantages: Excellent size and current balance
Disadvantages: Not appropriate for long-term 150A+ current draws

The beast of the family is the QS12. It is made to withstand current draws of up to 300A. It is frequently found in custom electric vehicles, heavyweight combat bots, and industrial builds.

Use Cases:

• Heavyweight combat robots

• Custom EVs with large lithium packs

• Industrial robotics and high-current battery systems

A spark may result from an inrush current surge that occurs when a battery is connected to a capacitive load, such as an ESC. This is more than just a spark; it ruins electronics, erodes connectors, and heats solder joints.

This problem is resolved by the integrated anti-spark resistors found in both the QS8S and QS10S. Despite the emergence of third-party anti-spark variants, the QS12 frequently does not.

The decision between QS8S, QS10S, and QS12 is solely based on your system's power requirements. This is a brief guide:

• QS8S: For mid-power robots and boards, QS8S is the best option. Excellent if space is an issue.

• QS10S: The standard for high-current and anti-spark protection is the QS10S. Perfect for VESC builds and competition bots.

• QS12: For extremely high current builds where no other option is suitable, but exercise caution due to the absence of anti-spark protection.

An intelligent electronic switch called an anti-spark switch, such as those sold by Flipsky, prevents these sparks by managing the current surge that occurs when your device turns on.

Instead of allowing the entire current to flow in at once, it briefly passes it through a resistor so that the capacitors can charge gradually before connecting fully.

Known for producing dependable, high-current anti-spark switches, Flipsky is particularly well-liked by the do-it-yourself and robotics communities. Here's why builders have faith in them:

• Managing Elevated Current (100A+)

• Small and Installable Design

• Integrated Safety Features

• Toggle options or a momentary button

• Compatible with BMS, ESC, and VESC systems

Whether you're building a battle bot, electric scooter, e-skateboard, or high-performance drone, adding a Flipsky anti-spark switch can safeguard your investment and increase the dependability of your setup.

You ought to think about one if:

Although it may appear to be a minor addition, an anti-spark switch is crucial to high-voltage or high-performance electronics. Convenience is important, but so are performance, longevity, and safety.

Don't undervalue the importance of this small switch, whether you're building an e-skate, a combat robot enthusiast, or your next RC monster.

Keep your parts safe. Smartly power up. Select anti-spark.

Looking for a robust and user-friendly motor controller? Introducing the Electrocraze 60S-BD! This single-channel bi-directional brushed motor controller, created by Technobotix Pvt. Ltd., is ideal for engineering projects, robotics, and remote-controlled vehicles. Because of its power, accuracy, and dependability, it is perfect for both professionals and enthusiasts.

• Works with batteries ranging from 7V to 24V (supports 2S-6S LiPo)

• Manages 100A peak and 60A continuous

• Compact & Lightweight (just 50g, 62 x 40 x 16 mm)

• Connecting to a standard servo input is simple

• For improved control, integrated brake and current limiting

• Signal Loss Protection to ensure safety

1. Verify that everything appears to be in order by checking the controller.

2. Attach the power wires to your power source by connecting the red to (+) and the black to (-).

3. Connect the motor's yellow and blue wires.

4. Your receiver can communicate with the controller by plugging in the RC Servo Cable.

5. Turn on and go! Keep everything safe and see it function!

• Not a Signal? Not a problem! If the signal is lost, it won't act strangely.

• Remains Cool Under Pressure: Designed to effectively manage heat.

• Vibration Resistant: It can withstand some bumps if you secure it properly.

• Always operate safely by preventing short circuits.

• Powerless? - Look at your connections and battery.

•  Motor Not Moving? - Verify receiver configuration and wiring once more.

• Keep wires insulated and apart if there are short circuits.

The Electrocraze 60S-BD is essential whether your project is interesting, you're building a robot, or you're upgrading an RC car. Its simplicity of use, safety, and strength make it great.

Want to learn more? Visit Technobotix.in or email us at sales@technobotix.in. Get started with the best in motor control today!