Secraft M6 V2 Aluminum Wing Bolt Lock System, Red or Blue
Secraft M6 V2 Aluminum Wing Bolt Lock System, Red or Blue
Comparison of wing bolt locking and loose stopper O-ring on a white background
Technical diagram showing lock pin and wing bolt holes with a close-up of a lock pin assembly.
Secraft M6 V2 Aluminum Wing Bolt Lock System, Red or Blue
An infographic titled 'HOW THE LOCKING SYSTEM WORKS' explains the four-step process of using a Gator RC locking wing bolt. The diagram features four numbered panels showing a blue wing bolt with a red lock pin and O-ring, accompanied by text instructions on how to tighten, insert, stretch, and lock the bolt.
Promotional graphic for the Gator RC Positive Locking Wing Bolt System, showing two blue wing bolts with red lock nuts on a white background with product features and text.
A product information graphic titled 'WHAT'S INCLUDED' for a Gator RC wing bolt lock system, showing a small bottle of threadlocker, two blue wing bolts, four black O-rings, two silver lock pin assemblies, two threaded studs, two M3 x 10mm bolts, and two red M3 bolt washers on a white background.
Secraft M6 V2 Aluminum Wing Bolt Lock System, Red or Blue
Secraft M6 V2 Aluminum Wing Bolt Lock System, Red or Blue
Comparison of wing bolt locking and loose stopper O-ring on a white background
Technical diagram showing lock pin and wing bolt holes with a close-up of a lock pin assembly.
Secraft M6 V2 Aluminum Wing Bolt Lock System, Red or Blue
An infographic titled 'HOW THE LOCKING SYSTEM WORKS' explains the four-step process of using a Gator RC locking wing bolt. The diagram features four numbered panels showing a blue wing bolt with a red lock pin and O-ring, accompanied by text instructions on how to tighten, insert, stretch, and lock the bolt.
Promotional graphic for the Gator RC Positive Locking Wing Bolt System, showing two blue wing bolts with red lock nuts on a white background with product features and text.
A product information graphic titled 'WHAT'S INCLUDED' for a Gator RC wing bolt lock system, showing a small bottle of threadlocker, two blue wing bolts, four black O-rings, two silver lock pin assemblies, two threaded studs, two M3 x 10mm bolts, and two red M3 bolt washers on a white background.
Secraft

Secraft M6 V2 Aluminum Wing Bolt Lock System, Red or Blue

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SKU: SE-BNW-7060
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Secraft M6 V2 Aluminum Wing Bolt Lock System, Red or Blue

Upgrade your aircraft with the Secraft M6 V2 Aluminum Wing Bolt Lock System. Precision CNC machined from premium 6061-T6 anodized aluminum, this complete wing retention system is designed to provide a secure, vibration-resistant connection while allowing quick, tool-free wing installation and removal.

Unlike conventional wing bolts, the V2 system features a positive locking design using lock pins and O-rings to help prevent the wing bolts from loosening during flight. Each complete kit includes threaded studs, locking pin assemblies, spare O-rings, threadlocker, and all required installation hardware.

Features

  • Precision CNC machined from 6061-T6 anodized aluminum
  • Positive locking design helps prevent wing bolts from loosening
  • Available in Red or Blue anodized finishes
  • 30mm ergonomic wing bolt provides excellent hand grip
  • Lightweight yet extremely durable construction
  • Corrosion-resistant anodized finish
  • Complete installation hardware included
  • Includes spare O-rings for long service life
  • Two proven installation methods
  • Ideal for giant scale, aerobatic, sport, and scale RC aircraft

Package Includes

  • 2 × M6 Aluminum Wing Bolts (30mm diameter)
  • 2 × M6 × 40mm Threaded Studs
  • 2 × Lock Pin Assemblies
  • 2 × M3 × 10mm Bolts
  • 2 × Red M3 Bolt Washers
  • 4 × P24 O-Rings (2 installed + 2 spare)
  • 1 × Bottle of Threadlocker

Compatibility

  • Aircraft using M6 wing mounting hardware
  • Giant scale RC airplanes
  • Sport aircraft
  • Scale aircraft
  • Aerobatic aircraft
  • Applications requiring additional vibration resistance

Specifications

Brand Secraft
Model M6 V2 Wing Bolt Lock System
Material 6061-T6 Anodized Aluminum
Thread Size M6
Wing Bolt Diameter 30mm (1.18")
Wing Bolt Thickness 11mm (0.43")
Bolt Length 40mm (1.57")
Total Weight 22.8g (0.80 oz) per kit
Color Options Red or Blue
Quantity Complete 2-Wing Bolt Lock System

Two Installation Methods

The Secraft M6 V2 Wing Bolt Lock System offers two installation methods, allowing you to choose the approach that best suits your aircraft and building preferences.

Method 1 – Standard Assembly (Recommended)

  1. Apply the supplied threadlocker to the threaded stud.
  2. Thread the stud into the aluminum wing bolt.
  3. Allow the threadlocker to cure completely (approximately 5 hours).
  4. Install the completed wing bolt assembly into your aircraft.
  5. Secure the wing bolt using the supplied locking pin and O-ring.

This is the recommended installation method for most aircraft and creates a permanent wing bolt assembly that is ready for repeated installation and removal.

Method 2 – Custom Fit Assembly

  1. Apply the supplied threadlocker to the threaded stud.
  2. Install the wing onto the aircraft.
  3. Adjust the threaded stud until the correct amount of thread extends through the wing.
  4. Thread the aluminum wing bolt onto the stud and tighten to the desired position.
  5. Allow the threadlocker to cure for approximately 5 hours before flying.
  6. Install the supplied locking pin and O-ring to complete the positive locking system.

This method allows you to customize the thread engagement for your specific aircraft, ensuring the best possible fit before permanently securing the wing bolt.

Lock Pin Installation

After tightening the wing bolt, insert the supplied locking pin into the wing bolt and stretch the O-ring around the wing bolt to retain the pin. This positive locking system helps prevent the wing bolt from loosening due to vibration while still allowing quick wing removal when needed.

When installing the locking pin, position the lock pin hole approximately 17.5–18.0mm (0.69–0.71") from the center of the wing bolt hole as shown in the installation guide.

Installation Tips

  • Use only medium-strength threadlocker on metal-to-metal threads.
  • Allow approximately 5 hours for the threadlocker to fully cure before flying.
  • Inspect the locking pins and O-rings before every flight.
  • Replace worn O-rings as part of normal maintenance.
  • Verify the locking pin is fully secured by the O-ring before each flight.
  • Inspect all wing mounting hardware regularly and replace damaged components immediately.