The MDT LSS Gen3 Chassis System transforms Savage long action rifles into precision platforms with enhanced ergonomics and modularity. This flat dark earth chassis delivers the structural rigidity and customization options that competitive shooters and precision rifle enthusiasts demand from their bolt-action systems.
What Makes This Different
The LSS Gen3 represents a significant evolution from traditional stocks with its aluminum construction and integrated rail system. Unlike polymer alternatives, this chassis provides a solid foundation that eliminates flex under load while maintaining a lightweight profile at approximately 3.2 pounds. The modular design allows for extensive customization without requiring permanent modifications to the host rifle.
Key Features
- 6061-T6 aluminum construction for maximum rigidity and durability
- Integrated 20 MOA Picatinny rail for optics mounting
- AICS-pattern magazine compatibility for reliable feeding
- Adjustable length of pull from 12.5" to 14.5"
- Tool-free buttstock adjustment with multiple positions
- M-LOK slots for accessory mounting throughout the forend
- Ambidextrous sling attachment points for versatile carry options
The chassis excels in competitive environments where consistency matters most. The aluminum bedding block ensures repeatable point of impact while the ergonomic grip angle reduces fatigue during extended shooting sessions. Weather resistance comes from the hard-anodized finish that withstands moisture and temperature extremes without affecting performance.
Technical Specs
- Material: 6061-T6 aluminum with hard-anodized finish
- Weight: Approximately 3.2 pounds
- Finish: Flat Dark Earth Cerakote
- Compatibility: Savage long action centerfire rifles
- Magazine: AICS-pattern (not included)
- Length of Pull: Adjustable 12.5" to 14.5"
- Rail: Integrated 20 MOA Picatinny top rail
- Forend: M-LOK compatible slots
- Country of Origin: Canada
This chassis system addresses the limitations of factory stocks while maintaining the proven Savage action. The investment in precision infrastructure pays dividends in improved accuracy potential and expanded customization possibilities.