Size (CM)：21*17*9

Weight (KG)：1.17

Brand

JUNXUN

Overview

The DRT69681 is a high-performance Hydraulic System Maintenance Tool custom-engineered for commercial aircraft ground support operations and specialized MRO applications. Featuring a highly compact structural layout and an ergonomic, user-friendly interface, this advanced technical tool is designed to support line maintenance and hangar technicians during critical hydraulic fluid servicing, pressure testing, and component troubleshooting. Built by JUNXUN to meet rigid aviation engineering compliance, the DRT69681 ensures exceptional reliability, high-precision pressure management, and flawless operational safety, significantly optimizing aircraft turnaround times (TAT) and ground service efficiency.

Key Points

Advanced Fluid Integrity Control: Engineered with zero-leakage couplings and precision valves to interface seamlessly with aircraft hydraulic manifolds without fluid contamination.

Compact Mobile Architecture: Formulated with a space-saving, heavy-duty chassis that allows technicians to easily maneuver and operate the tool within confined hangar spaces or on the ramp.

High-Pressure Reliability: Manufactured from premium, shock-resistant aerospace materials certified to withstand continuous high-pressure hydraulic load cycles without mechanical fatigue.

Streamlined Operational Workflows: Designed for intuitive setup and rapid deployment, minimizing technician training requirements while maximizing workplace safety and precision.

Applications

Aircraft Hydraulic System MRO: Deployed by specialized airframe repair stations during scheduled maintenance checks to bleed air, flush fluids, or pressure-test onboard hydraulic lines.

Airport Ramp Ground Support Services: Utilized by airline engineering hubs as vital line-replaceable unit (LRU) support equipment to resolve hydraulic pressure faults quickly.

Aviation Fleet Quality Assurance: Applied directly within aircraft maintenance workshops as a certified calibration and diagnostic tool to guarantee overall flight actuation system integrity prior to dispatch.