Our Military & Defense MRO provides customized solutions based on defense sector specific needs and characteristics. Our precise and adaptive approach will bring absolute certainty towards your cost-effective defense equipment reliability. Our growing list of capabilities includes: - Airframe maintenance for B737CL, B737NG/BBJ, A320s, CRJ1000s, ATR72s, B747s, B777s, A330s, C-130, Bell 412, Super Puma and C-212 - Overhaul Engine and Part Repair for CFM56-3, CFM56-5B, and CFM56-7 - APU for GTCP85-129, GTCP131-9A, GTCP131-9B, and GTCP331-350 - Component Repair, DOA, PMA, and many more

The DJI Matrice 350 RTK is a flagship multi-payload drone that sets a new industry standard. This next-generation drone platform offers an enhanced control experience, a more efficient battery system, advanced safety features, and robust payload and expansion capabilities to support aerial operation innovations.

Description: NASAMS provides a proven, fielded, low risk and cost-effective air defence solution for area and point defence as well as mobile force protection • State of the art MRAD system on a continuous path of evolution • Unrivalled user community – Thirteen (13) nations have selected NASAMS • Substantial “magazine depth” – Large stockpiles of ammunition internationally • MOTS – Stockpile of critical components ready for delivery • Combat proven – Robust in all climates, high MTBF and operator friendly • Interoperable – LRAD, SHORAD, VSHORAD, CUAS and C2 systems through common links • Real Time Network – Shared situational awareness, flexible deployment, graceful degradation and low probability of fratricide • 1100+ live firings during exercises and in combat operations • Combat Proven with high success rate in the Ukraine war • Dual-Use – AIM-9X and AMRAAM for ground- and air- launch • Layered capability – AMRAAM ER, AMRAAM and AIM 9X from the same launcher • Low manning requirements

Calibration is an essential process that verifies the compliance of a measuring instrument with its design and functional specifications. By conducting calibration, we can determine the deviation value of the measuring instrument and ensure that it aligns with its specifications. As time progresses, the performance of a measuring instrument inevitably declines, and it becomes necessary to calibrate it to preserve its function and performance. The advantages of calibrating a measuring instrument include preserving its function and performance, preventing product defects, maintaining the instrument’s condition to align with its specifications, avoiding hazardous risks, and minimizing work accidents to ensure workplace safety.