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China Moneypro MOPGTT70 Horizontally-opposed twin-Cylinder 2- Stroke RC Gasoline Engine

Looking for a powerhouse engine that delivers both precision and performance? Meet the China Moneypro MOPGTT70, a horizontally opposed twin-cylinder two-stroke engine built for RC enthusiasts who demand the best. With a compact design, stunning appearance, and rock-solid stability, this engine packs an impressive punch—up to 7.3HP of raw power. It features a synchronized dual-cylinder ignition system from Rcxel, precision-forged connecting rods, and a wear-resistant nodular cast iron cylinder liner for unmatched durability. Perfect for RC aircraft and UAVs weighing 10–15kg, it’s proudly praised by European and American hobbyists for its quiet yet powerful performance. Ready to take your RC experience to new heights?

China Moneypro MOPGTT70-E Horizontally-opposed twin-cylinder 2-strokr gasoline engine

Experience the next generation of RC power with the China Moneypro MOPGTT70-E, a horizontally-opposed twin-cylinder engine built for serious performance. Derived from the rugged GT35, it features precision forged connecting rods, needle roller bearings, and a synchronized ignition system for unmatched reliability. The wear-resistant ductile iron cylinder liner holds a 0.01mm roundness tolerance—far tighter than the industry’s 0.03mm standard. Integrated welded exhaust pipes cut noise while boosting efficiency, making it a favorite among RC enthusiasts. Perfect for aircraft weighing 10–15kg, it pairs with a compact electric starter for vertical takeoff applications.

China Moneypro MOPGTT70-ISG Integrated Starter Generator Two-Stroke Gasoline Engine

Need reliable backup power without the heavy diesel fumes? The China Moneypro MOPGTT70-ISG is your answer. This clever two-stroke engine combines a starter and generator in one compact unit, making it perfect for portable jobsites. It's surprisingly lightweight for its power, so you can easily move it wherever electricity is needed. Get the job done quickly with this dependably simple and efficient machine.

China Moneypro MOPGTT70EFI Horizontally-opposed twin-Cylinder 2- Stroke Electronic Fuel Injection Engine

Looking for an engine that packs a punch? The China Moneypro MOPGTT70EFI is a game-changer for RC enthusiasts. This horizontal twin-cylinder, two-stroke EFI engine delivers stable performance and high power in a compact design. It boasts a self-priming fuel pump with closed-loop pressure control for precision, plus durable parts like precision-forged connecting rods and wear-resistant cylinder liners. Ideal for RC aircraft and fixed-wing UAVs weighing 10-15kg, it’s built to last and reduce noise. Choose from power start or manual options—elevate your build today

China Moneypro MOPGTT70EFI two-stroke opposed twin cylinder electronic injection engine

Get ready for next-level RC power with China Moneypro’s MOPGTT70EFI—a precision-engineered, two-stroke opposed twin cylinder engine built for serious enthusiasts. Its compact design delivers rock-solid performance and abundant power, while the advanced electronic injection system with a self-priming fuel pump ensures flawless fuel control. You’ll love the real-time engine data you can grab via RS232, plus the wear-resistant ductile iron cylinder liner for unmatched durability. This horizontally opposed dual cylinder engine comes with a customized dual cylinder synchronous ignition system and integral welded exhaust pipes for quieter, cleaner operation. Perfect for RC aircraft and fixed-wing drones with a 10-15 kg takeoff weight, it’s available with or without an electric start. Upgrade your build with the MOPGTT70EFI—where reliability meets raw, responsive performance.

China Moneypro MOPKT-EX2-1

Parameter Unit Basic Model Gyroscope Measurement Range °/s ±400 Zero Offset °/h 15 Bias Instability (Allan variance) °/h 0.3 Bias

China Moneypro MOPKT-EX2-1 Dual-Axis MEMS Micro-Electro-Mechanical Gyroscope Module Assembly

The MOPKT-EX2-1 dual-axis micro gyroscope module is built on a fully domestically developed MEMS gyroscope chip integrated with drive and signal acquisition circuits, temperature sensors, digital signal processing units, structural design, and embedded software. It is designed to measure real-time angular velocity along two horizontal axes of a carrier.

The system features full-temperature compensation, installation misalignment compensation, and nonlinear error correction algorithms. With RS-422 digital output, it provides highly reliable and calibrated angular velocity data even under static, dynamic, and harsh environmental conditions.

China Moneypro MOPKT-EX3-14 Three-Axis Angular Rate Sensor Module (domestically produced, space-grade) MOPKT-EX3-1 Three-Axis Angular Rate Sensor Module (space-grade)

This high-performance MEMS-based inertial measurement unit (IMU) is composed of MEMS gyroscope chips, temperature sensors, digital signal processing circuits, structural components, and embedded software. It adopts flexible connection technology and integrates advanced compensation algorithms, including full temperature compensation, installation misalignment compensation, and nonlinear error correction. The system ensures stable and accurate angular rate output under static, dynamic, and harsh environmental conditions. It provides reliable, error-compensated data output via a high-speed RS-422 serial interface and is fully compatible with the STIM210 series.

China Moneypro MOPKT-EX3-26 Three-Axis Angular Rate Sensor Module (space-grade)

This high-performance MEMS-based inertial measurement product is composed of MEMS gyroscope chips, temperature sensors, digital signal processing circuitry, structural design, and embedded software. It features advanced compensation algorithms including full temperature compensation, installation misalignment compensation, and non-linear error correction. The system delivers stable and reliable angular rate data under static, dynamic, and harsh environmental conditions. It outputs error-compensated angular velocity signals via a high-speed RS-422 serial interface. The product has been successfully integrated into a satellite platform, launched into orbit, and has demonstrated stable in-orbit operation.