Lancer Tactical LT-19 G2 M4 Keymod Airsoft Replica - Complete 1 Joule Pack - Versatility and Performance

LT-19 G2 M4 Keymod Airsoft Replica: Performance and Versatility on the Field

The LT-19 G2 M4 Keymod replica from Lancer Tactical is designed for airsoft enthusiasts seeking reliable, high-performance, and modular equipment. This complete pack offers a turnkey solution, ideal for players wanting to combine regulated power with advanced customization through the Keymod system. Suitable for all play styles, this replica ensures an immersive and effective experience during your matches.

Detailed Technical Specifications

• Brand: Lancer Tactical
• Model: LT-19 G2 M4 Keymod
• Type: AEG (Automatic Electric Gun) replica
• Power: 1 joule, compliant with US regulations
• Barrel Length: 10 inches
• Body: High-strength polymer for optimized weight
• Rail System: Keymod for modular accessory attachment
• Power Supply: Rechargeable battery (not included in some packs)
• Firing Mode: Semi-automatic and automatic
• Color: Dual Tone (black and tan)

Advantages on the Field

Thanks to its polymer construction, the LT-19 G2 M4 Keymod is lightweight, reducing fatigue during long gaming sessions. The Keymod system allows easy addition of accessories like lights, lasers, or grips, offering optimal customization according to tactical needs. Its 1 joule power ensures range and accuracy suitable for most airsoft fields while respecting safety standards. The complete pack includes all necessary elements for quick setup, allowing you to focus on strategy and performance.

Usage and Maintenance Tips

To maximize your replica's lifespan, it is recommended to regularly clean the barrel and internal mechanisms with appropriate tools. Use a compatible battery and avoid overcharging to preserve the electronics. Store the replica in a dry, dust-free place. When mounting accessories on the Keymod system, ensure each element is securely fastened to avoid looseness or loss during play. Always follow safety rules and wear appropriate eye protection during use.