▹ Frontline Combat Air Bases: Emergency arrestment of fighters and combat jets during aborted landings. ▹ Training Airfields: Safe recovery for trainer/light-attack aircraft across varied weight profiles. ▹ Runway Maintenance/Resurfacing: Portable deployment for temporary runway ends during construction or repair. ▹ Carrier Deck Simulation: Shore-based trials of carrier-style arresting using mobile cradle setups.
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1. Introduction The Aircraft Arrester Barrier System (AABS) is a mission-critical safety installation designed to rapidly decelerate and halt high-speed military aircraft in emergency overshoot or aborted take-off scenarios. Deployed at runway ends, it protects aircrew and ground infrastructure by absorbing the aircraft’s kinetic energy. Two principal arrestment methods are offered: ▹ Net-Type (Multi-Element Net Assembly, MENA): A high-strength synthetic net envelops the aircraft’s fuselage, distributing deceleration forces across its structure. ▹ Pendant-Type: A robust metallic wire-rope pendant engages the aircraft’s tail-hook for controlled deceleration. Each variant is engineered for two weight classes: 6–20 ton and 20–40 ton aircraft. 2. Applications ▹ Frontline Combat Air Bases: Emergency arrestment of fighters and combat jets during aborted landings. ▹ Training Airfields: Safe recovery for trainer/light-attack aircraft across varied weight profiles. ▹ Runway Maintenance/Resurfacing: Portable deployment for temporary runway ends during construction or repair. ▹ Carrier Deck Simulation: Shore-based trials of carrier-style arresting using mobile cradle setups. 3. Key Features ▹ Dual Arrestment Modes: Net-type and pendant-type systems for 6–20 t and 20–40 t classes. ▹ Multi-Mode Control: Local (MCP), remote (ATC/RCP), and manual-override operation. ▹ Rapid Reset: Full system re-arm in ≤ 10 minutes. ▹ Minimal Intervention: Pre-set deceleration parameters and automatic emergency-stop thresholds. ▹ Redundant Power: 440 VAC three-phase main supply with 48 V DC backup and manual crank fallback. ▹ Smooth Deployment: Nitrogen-filled shock absorbers plus leaf-spring and rubber pads for vibration-free lowering. ▹ Durable Construction: Hardened purchase tapes, sealed sheave bearings, weather-protected enclosures. ▹ Standards Compliance: Designed per MIL-STD-3000 series and ICAO Annex 14 guidelines. 4. Technical Specifications