Rescue Anchor™ Outboard Motor Mount Kit – by FirePole Marine
Anchor Smarter. Stay Dry. Firefighter-Built.
The Rescue Anchor™ Motor Mount Kit is a complete shallow-water anchoring system engineered from 3/8-inch thick marine-grade aluminum, precision-cut at a 14° angle to match most outboard motor transoms, and professionally powder-coated for durability and corrosion resistance. Available in Black, White, or Yamaha Gray, this system is built tough, built clean, and built to last.
Designed for strength, simplicity, and real-world sandbar use, this kit includes everything you need to anchor smarter, faster, and dryer:
• Heavy-Duty 3/8" Aluminum Motor Mount – 14° angled design bolts directly to your outboard motor (choose Port or Starboard)
• Solid Fiberglass Rescue Anchor™ Pole – Firefighter-tough holding power you can depend on (6 ft, or 8ft options)
This all-in-one solution eliminates the hassle of bulky rear anchors — keeping you dry, stable, and in control.
📐 VIEW FULL SPECIFICATIONS & DIMENSIONS (PDF)
What’s Included in Every Kit
✔ Motor Mount (Port or Starboard) – 3/8-inch thick aluminum, angled at 14° for a precise transom fit, powder-coated in Black, White, or Yamaha Gray
✔ Rescue Anchor™ Pole – 1” diameter solid fiberglass with stainless-steel threaded coupling
• 6 ft Anchor – Designed for depths of 2–3 ft
• 8 ft Anchor – Designed for depths of up to 4 ft
Mounting Compatibility – Fits standard outboard bolt spacing 7-1/4” to 8-1/2”
⚠ Important Operating Instructions
The Rescue Anchor™ Motor Mount is designed so that only the fiberglass Rescue Anchor shaft passes through the motor mount.
The stainless-steel coupling must always remain ABOVE THE TOP OF THE MOTOR MOUNT and must never enter or pass through the motor mount.
Allowing the stainless-steel coupling to enter or pass through the motor mount may:
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Damage the internal nylon guide bushings
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Damage the fiberglass Rescue Anchor
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Damage the stainless-steel coupling
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Prevent the Rescue Anchor from moving freely with wave action
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Result in premature wear or component failure