This Lone Star GX2 anchor winch is a heavy-duty, high-performance anchoring system designed for boats up to 8m. Built in Australia using premium marine-grade materials, it delivers powerful holding capacity, fast retrieval speeds, and reliable operation in demanding offshore and inshore conditions.

This extended 150m combo is ideal for deeper water anchoring, offering maximum reach while maintaining smooth and controlled performance.

Features:

• High Performance 1000W Motor: Strong and reliable anchoring power
• Massive Holding Power: Holds up to 3000kg at anchor (no need to tie off)
• Fast Retrieval System: 46m per minute drop and retrieval rate
• Australian Made Quality: Built for harsh marine environments
• Extended Rope Capacity: 150m system designed for deeper water use
• Heavy Duty Construction: Marine-grade components for long-term durability
• Compact GX2 Design: Ideal for boats up to 8m
• Smooth Anchoring Operation: Consistent and controlled deployment and retrieval
• Plug & Play Installation: Pre-configured components for easier setup
• 5 Year + Lifetime Warranty: Covers water ingress for long-term peace of mind

Package Includes:

• 1 x 1000W GX2 Lone Star Anchor Drum Winch
• 1 x Rope & Chain Kit (150m x 6mm Double Braid Nylon + 7m x 8mm Short Link Chain)
• 1 x Deck Roller (Model CR135)
• 1 x Chain Guard (8m x 8mm)
• 1 x Stainless Steel Anchor Swivel
• 1 x 120AMP Circuit Breaker
• 1 x Switch Panel
• 1 x Marine Grade 400AMP Anchor Solenoid
• 1 x 6mm Stainless Steel Backing Plate
• All Fixing Hardware
• Installation Instructions
• 5 Year + Lifetime Warranty (Water Ingress Cover)

Description:

The Lone Star GX2 1000W Anchor Winch 150m Combo is built for boaters who need extended anchoring range without sacrificing performance or reliability. Designed for boats up to 8m, it delivers fast retrieval, strong holding power, and smooth operation in all conditions.

With Australian Made quality and a rugged marine-grade build, this system is ideal for serious anglers and offshore boaters who demand dependable performance in deeper water environments.