Designed for users seeking consistent shot-to-shot performance without complex mods, the Decepticon 60° bucking pairs a slightly tight entry with a pressure point geometry engineered to reduce variation between shots. The tighter entry improves BB sealing and stabilizes muzzle energy; the integrated C-Clip stiffens the lip for a firmer seal. Manufactured in a newer silicone formulation (more elastic than traditional rubbers), the profile works particularly well with open-type hop-up slots (e.g., many Marui inner barrels). The result is a component tuned for accuracy and repeatability at range, accepting a minor trade-off in outright absolute distance for better group consistency.

Technical specifications & package contents

Model: Transformers Decepticon, 60°.

Material: technical silicone (new version).

Profile: slightly tight entry for better sealing; C-Clip to enhance lip stiffness; optimized pressure-point geometry to reduce shot inconsistency.

Declared compatibility: VSR-10 style bolt/action sniper rifles and GBB platforms (e.g., Marui compatible, KJ, WE-Tech).

Recommended hardness / FPS combos:
• 50°: up to 360 FPS.
• 60°: 295–390 FPS.
• 70°: 360–460 FPS.
• 75°: 425–490 FPS.
• 80°: 490 FPS and above.

Brand: Maple Leaf.

Reference / SKU: 6734-6303.

Package contents: 1 × Transformers Decepticon 60° Hop-Up Bucking (VSR/GBB version).

User benefit
Delivers steadier trajectories and tighter groupings at medium–long ranges, simplifying hop-up tuning on VSR and GBB systems while improving first-round consistency.

Warnings & usage information (GPSR & Italian compliance)

Keep out of reach of children.

For maintenance and installation on airsoft replicas only; consult a qualified technician if unsure.

Avoid prolonged exposure to high heat or aggressive solvents that may degrade silicone properties.

Do not cut, tamper with or permanently modify the bucking — alterations can compromise function and safety.

Store in a dry, room-temperature environment away from corrosive chemicals.

Tampering with the product is prohibited; unauthorized modifications can affect safety and regulatory compliance.