Ares MP055 SCR-H-T Tan – HPA Engine M4 Rifle

The Ares MP055 SCR-H-T Tan is a premium M4 platform rifle engineered for serious airsoft operators seeking exceptional performance and flexibility. This model ships with the innovative ARES HEB-001 HPA gearbox pre-installed, transforming your platform into a high-performance hybrid system that rivals dedicated HPA setups.

Key Features

• Pre-installed HEB-001 HPA gearbox – seamless gas, CO2, and compressed air compatibility
• Universal gearbox design – fits Tokyo Marui and ARES M4 AEG platforms without modification
• 11.1V LiPo battery and XT30 connector – ready to field straight from the box
• Tan polymer furniture – professional milsim aesthetics with lightweight durability
• Enhanced efficiency and reliability – HPA technology ensures consistent performance across varied environments

Real-World Use Cases

The MP055 SCR-H-T excels in extended skirmishes, CQB engagements, and outdoor milsim operations. The HPA gearbox delivers stable velocity and trigger response regardless of temperature swings, making it ideal for UK woodland sites and indoor venues. Its compatibility with multiple air sources means you’re never dependent on a single supply method—gas on mild days, CO2 for performance, or compressed air for reliability.

Technical Specifications

• Gearbox type: HEB-001 HPA hybrid (V2 footprint)
• Power source: 11.1V LiPo (included)
• Battery connector: XT30
• Air system compatibility: Gas, CO2, compressed air
• Colour: Tan
• Platform: M4 Amoeba series

UK Legal & Site Notes

The Ares MP055 SCR-H-T complies with UK airsoft legislation (two-tone finish requirement met). All HPA systems must be chronographed before play; typical velocities fall within 350–380 fps depending on air pressure and spring setup. Check your local site’s velocity limits and air system policies before attending. Always carry a manual regulator or secondary air source for site compliance checks.

Ready to dominate the field with reliability and precision? Order your MP055 SCR-H-T now and experience HPA performance without the platform sacrifice.