ACES Systems

ACES Systems specializes in advanced aircraft vibration analysis and balancing equipment, including tools for propeller balancing, rotor track and balance, turbine and jet engine diagnostics, and smart sensor technology. Its portable, user-friendly systems help maintenance crews reduce downtime, extend component life, and ensure smoother, safer flights. Designed and manufactured in the U.S., ACES products are trusted worldwide by operators of helicopters, turboprops, business jets, and commercial aircraft.

Vibration analysis is critical because excessive vibration can damage engines, avionics, and structural components, leading to higher maintenance costs and safety risks. ACES Systems’ analyzers detect imbalance, misalignment, or mechanical issues early, allowing technicians to address problems before they escalate. This proactive approach improves aircraft performance, extends component life, and enhances passenger comfort during flight.

Rotor track and balance ensures that helicopter rotor blades move in precise alignment, reducing vibration, noise, and wear on the airframe. Imbalanced rotors can cause discomfort in the cabin and excessive stress on engines and transmission systems. ACES Systems’ rotor track and balance tools provide accurate diagnostics and streamlined adjustments, helping helicopters operate more smoothly, efficiently, and safely.

Dynamic propeller balancing measures and corrects imbalances in a propeller system while it is operating. An unbalanced propeller can lead to vibration that damages engines, avionics, and airframes, while also creating discomfort for pilots and passengers. ACES Systems’ balancers, such as the ProBalancer and Cobra II, provide real-time data to fine-tune propellers, reducing stress on components and improving overall flight performance.

Fan and turbine balancing helps ensure smooth rotation of jet engine components, minimizing vibration that can cause costly wear or premature failures. Even slight imbalances from blade erosion, foreign object damage, or repairs can alter an engine’s vibration signature. ACES Systems’ advanced analyzers provide precise measurements for corrective balancing, extending engine life and supporting safe, efficient operation.

TraX smart sensors replace traditional analog accelerometers with digital technology, eliminating signal loss and noise interference. With built-in calibration, these sensors deliver consistent, repeatable results that enhance maintenance decision-making. This technology ensures higher accuracy in vibration analysis, supporting better trend monitoring and safer aircraft operations.

The ACES JEDA module works with the Viper II analyzer and Honeywell’s MEDRA software to conduct jet engine performance testing. It is specifically designed for the TFE731 engine series, providing precision data collection and diagnostics in the field. With test-cell quality results, JEDA helps operators streamline compliance checks, reduce fuel use, and minimize costly downtime.

Yes, ACES Systems designs its analyzers and balancing tools for versatility across helicopters, turboprops, piston aircraft, business jets, and even larger commercial aircraft. With preloaded templates and customizable configurations, technicians can apply the equipment to a wide range of models. This adaptability makes ACES tools valuable for MROs, FBOs, military operators, and corporate flight departments.

PJi offers a full range of ACES replacement parts, including sensor cables, vibration transducers, optical trackers, carrying cases, and interface leads. These parts are built to OEM standards, ensuring compatibility, durability, and long-term accuracy. Keeping spare parts on hand helps minimize downtime, extend equipment life, and maintain consistent performance during vibration analysis and balancing tasks.

ACES Systems stands out for its combination of precision engineering, rugged design, and ease of use. Their analyzers and sensors are trusted worldwide for delivering accurate, repeatable results in both hangar and ramp environments. By reducing vibration, extending component life, and preventing costly failures, ACES equipment provides operators with significant long-term savings and enhanced flight safety.