Review: Mountain Hardwear Alakazam 60 Backpack

Why It Matters

The review highlights a gap between high‑tech material hype and actual backpacking utility, signaling that price‑driven innovation may not meet consumer expectations in the outdoor gear market.

Key Takeaways

• ALUULA fabric is ultra‑light but offers limited structure
• Pack weighs ~2 lb, top‑heavy, causing balance issues
• $595 price far exceeds performance versus comparable packs
• Compression system weak; roll‑top lacks effective load stabilization
• Shoulder and hip pockets are unusually small for modern gear

Pulse Analysis

ALUULA, an ultra‑high‑molecular‑weight polyethylene, has generated buzz for its feather‑light weight and impressive tensile strength. While manufacturers tout its waterproof and abrasion‑resistant qualities, the material’s ultra‑thin 78 gsm construction provides little structural support in larger packs. In the Alakazam 60, this translates to a fabric that feels crinkly, amplifies load shifting, and creates a noticeable rustle on the trail—issues that are less pronounced in smaller‑volume packs where the material’s stiffness can be better leveraged.

Beyond the fabric, the Alakazam 60’s design choices undermine its premium positioning. The roll‑top closure lacks a robust compression system, forcing users to rely on a short web strap that fails to secure a bear canister or stabilize the load. The V‑shaped aluminum frame, while lightweight, does little to counteract the pack’s top‑heavy tendency, leading to balance problems even for experienced hikers. Small shoulder and hip‑belt pockets further limit everyday usability, especially when compared to competitors like Hyperlite’s NorthRim 55 or Southwest 55, which offer more refined suspension and smarter organization at lower price points.

For the outdoor market, the Alakazam 60 serves as a cautionary example of technology‑first product development. Enthusiasts may appreciate the novelty of ALUULA, but the broader backpacking community prioritizes comfort, load stability, and value. As a result, the pack is likely to appeal only to early adopters and gear aficionados, while the majority will gravitate toward established ultralight models that balance material innovation with proven ergonomic design. Manufacturers should therefore align material advancements with holistic pack engineering to avoid premium pricing without corresponding performance gains.