ChalkLedge
Trango Cyborg Cam

Full specification

8 rows
Weight85 g (size 2)
Camming Range18-32 mm
MaterialHot-forged aluminum
Stem TypeFlexible cable stem
Recommended UseTrad and alpine climbing
Weight (parsed)85 g
Bench score79 / 100
Overall rank#92 of 100 reviewed
Verdict

The Trango Cyborg Cam is a solid, versatile choice for climbers who need a reliable dual-axle cam with a wide range and durable construction. While it may not be the lightest option on the market, its build quality and ease of placement make it a worthy addition to any trad rack, especially for alpine and multi-pitch routes.

Full review

Trango Cyborg Cam on the rock

The Trango Cyborg cam represents a thoughtful evolution in spring-loaded camming device design, built for climbers who demand reliability across a wide range of crack sizes and rock types. Featuring a dual-axle design, the Cyborg delivers an expanded range within a single unit, meaning climbers can carry fewer cams while still covering more placement options on a given pitch. The lobes are precision-machined to maximize surface contact with rock, offering confident holding power in flaring cracks, pin scars, and irregular placements where other cams might struggle to find purchase. This versatility makes the Cyborg a favorite among trad climbers who want to streamline their gear rack without sacrificing security.

Constructed with durability in mind, the Trango Cyborg cam uses a lightweight yet strong alloy frame paired with a color-coded thumb loop system that allows for quick, intuitive identification of size while racking or placing gear mid-climb. The trigger wires are designed for smooth, consistent actuation even when hands are cold or chalked up, reducing fumbling during critical moments on lead. The stem incorporates a flexible design that resists kinking and maintains strength in both vertical and horizontal placements, an important feature for climbers tackling roofs, traverses, and awkward horizontal seams where cam orientation can vary significantly from a typical vertical crack.

Trango engineered the Cyborg cam with the modern trad climber's full spectrum of terrain in mind, from splitter granite cracks to more textured limestone and sandstone environments. The narrow head width allows for placements in shallow constrictions and thin seams, while the extended range per size reduces the total number of units needed on a multi-pitch rack, saving both weight and cost. Climbers appreciate the tactile feedback of the trigger and the audible click of the lobes locking into a secure camming angle, giving added confidence during runout sections or when placing gear above tricky terrain. Overall, the Trango Cyborg cam stands out as a dependable, climber-tested piece of protection built to perform when it matters most.

Where it sits in the Protection field

Against the other 11 protection pieces on the bench, this one lands at #92 overall with a bench score of 79. Its strongest axis is build quality; its weakest is comfort, which is where the closest alternatives listed alongside make up ground.

The detail

Strengths, trade-offs and features

5 strengths against 4 trade-offs recorded during testing, plus the 5 features that define this piece.

What works

Wide camming range reduces number of pieces needed per rack
Lightweight construction ideal for long alpine routes
Durable lobe coating resists wear from repeated placements
Ergonomic trigger allows single-handed operation even with gloves
Reliable holding power in varied rock types including granite and sandstone

What to weigh up

Slightly heavier than ultralight competitors in larger sizes
Thumb sling color coding can fade with heavy UV exposure
Smaller sizes can be tricky to place in flaring cracks
Limited availability compared to more mainstream cam brands

Key features

01Dual-axle cam design for wide range flexibility
02Anodized aluminum lobes for durability and grip
03Color-coded thumb sling for quick size identification
04Hot-forged aluminum stem for reduced weight
05Flexible cable stem for better trigger reach in horizontal placements
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