T17 PRO Hellcat (LL) Full Metal

T17 PRO Hellcat – Full Metal .68 Caliber M4 Replica

Elite Tactical Performance | Less Lethal Versions without regulator

The T17 PRO Hellcat is a high-fidelity, 1-to-1 scale M4 replica designed for those who demand ultimate realism and uncompromising performance. Built on a full-metal platform, the Hellcat utilizes the revolutionary Mini D.E.R.P. (Dynamic Exo Retention Platform) blow-forward system.

Equipped with the F.B.U. (Flexi Breech Unit), this marker seamlessly handles both standard .68 caliber roundballs and shaped projectiles in both semi and fully automatic modes.

Core Technologies:

Mini D.E.R.P. (Dynamic Exo Retention Platform)

The heart of the Hellcat is a self-contained power plant that houses a compact HeatCore within a single functional mechanical unit. This modular design allows the entire internal assembly to be removed and operated independently of the body.

• Consistency: Delivers superb +/- FPS stability over the chronograph.

• Efficiency: The latest generation features a softened spring and modified bolt for optimized air consumption.

• Control: Direct Air Flow (no regulator)

F.B.U. (Flexi Breech Unit)

The F.B.U. is a breakthrough in breech design. Its flexible architecture automatically adapts its size and feed path to suit modern shaped projectiles. This system is so efficient and stable that external ball detents are no longer required, significantly reducing the chance of projectile breaks.

Mechanical Select-Fire System (High-Power Configuration)

Experience the raw power of our patented, battery-free mechanical system. While the internal platform is engineered for Safe, Semi, and Full-Auto modes, this high-power edition is factory-configured for Semi-Auto to ensure maximum shot-to-shot consistency and air efficiency.

Full-Auto Ready: The full-automatic capability is mechanically restricted via internal safety screws. For users seeking unrestricted functionality, the full-auto mode can be easily restored by removing the designated safety screws.

True AR-15 1-to-1 Scale

Built on the OctopusArms full-metal receiver, the T17 PRO mirrors the exact dimensions and ergonomics of the original M4 platform.

• Realistic Controls: The fire selector, magazine release, and cocking handle are positioned with 100% accuracy.

• Customization: Features a free-floating M-Lok shroud and is compatible with standard Mil-Spec pistol grips and buttstocks.

Technical Specifications:

• Length: 694mm (with 13ci tank) / 397mm (without stock)

• Weight: 1.95 kg

• Receiver: High-grade Aluminum AR-15 (OctopusArms)

• Internal System: Mini D.E.R.P. (Mechanical Blow-Forward)

• Feed System: F.B.U. (Flexi Breech)

• Firing Modes: Safe / Semi / Full-Auto Ready* (*Restricted for high-power air efficiency)

• Velocity: NOT Adjustable, Direct Air Flow (no regulator)

• Handguard: Free-floating Metal M-Lok (175mm)

• Barrel Thread: A5 Threaded

Package Includes:

• T17 PRO Hellcat Marker

• Marksman Pro Micro Barrel (High Precision)

• Standard 190mm A5 Smooth Bore Barrel

• 1x 18/19 Round Magazine (New realistic design)

• MATS Buttstock (13ci HPA tank compatible)

• Polymer Flip-Up Sights

• Barrel Plug

Please Note: Hopper Feed Neck and Dummy Magazine are NOT included.

Important Notice (Legal & Safety)
The Less-Lethal Launcher is intended solely for training, sport, and authorized operational use. Laws and regulations covering less-lethal launchers and projectiles vary by jurisdiction. It is the purchaser’s responsibility to verify local legislation prior to purchase and use. In some jurisdictions this launcher may be classified as a weapon and could require permits or be prohibited. Use only manufacturer-approved projectiles and follow all applicable laws, safety standards, and facility rules. Always wear appropriate eye and face protection and follow established range or training protocols.

We offer lower-power or regulated variants in markets where reduced output is required for legal compliance. Damage, injury, or legal consequences resulting from non-compliant use are the responsibility of the operator.