Tactical Tailor
Tactical Tailor Malice Pack Frame
Tactical Tailor Malice Pack Frame
Couldn't load pickup availability

Tactical Tailor Malice Pack Frame
Modern ALICE Frame Engineering for Serious Load Bearing
The Tactical Tailor MALICE Pack Frame rebuilds the classic ALICE frame concept from the ground up. Built with ASTM B221 conforming aluminum tubing and fully welded construction, this frame delivers 30% weight reduction while increasing structural rigidity over traditional designs. At 2.8 pounds, it supports heavy loads without the fatigue penalty of heavier frames.
Key Features
- Fully Welded Construction: Eliminates rivet failures and sharp edges that snag gear
- ASTM B221 Aluminum Tubing: Provides superior strength-to-weight ratio for sustained heavy loads
- 30% Weight Reduction: Cuts fatigue while maintaining structural performance
- ALICE-Style Compatibility: Works with existing ALICE packs and load-bearing equipment
- Increased Rigidity: Better load distribution than traditional ALICE frames
Specifications
| Weight | 2.8 lbs |
| Material | ASTM B221 Conforming Aluminum Tubing |
| Compatibility | ALICE-Style Packs |
| Construction | Fully Welded Joints |
Frequently Asked Questions
What makes this frame stronger than standard ALICE frames?
The MALICE frame uses ASTM B221 conforming aluminum tubing with fully welded joints instead of rivets. This eliminates the most common failure point in traditional ALICE frames while providing better structural rigidity.
Will this work with my existing ALICE pack?
Yes, the MALICE frame maintains ALICE-style compatibility with existing packs and load-bearing equipment while providing improved performance.
How much weight does this frame save?
At 2.8 pounds, the MALICE frame provides a 30% weight reduction compared to similar aftermarket pack frames without sacrificing load-bearing capacity.
What is the advantage of welded construction over rivets?
Welded joints eliminate rivet failures, remove sharp edges that can snag gear, and provide superior long-term reliability under heavy loads in field conditions.