Weha Rock Dog Router Single Speed with Aquaplaning Base

The Weha Rock Dog Router is a high-performance 9,000 RPM single-speed profiling machine designed to handle granite, marble, quartz, quartzite, and other stone materials with power and precision. Built for demanding fabrication shops, the Rock Dog delivers smooth, consistent edge profiling across a wide range of applications.

Powered by a 2.4 HP 220V single-phase motor, the Rock Dog can confidently profile material up to 6cm thick. Its unibody aircraft-grade aluminum housing provides exceptional strength and vibration control, ensuring stable operation and long-term durability.

Equipped with an Aquaplaning Base System, the Rock Dog glides smoothly across the slab surface, reducing friction and improving operator control. The stainless steel 22mm shaft with 10mm thread accommodates most standard router bits on the market, making it a versatile addition to any shop.

The integrated quick-disconnect water system allows for fast setup, while the 20-foot heavy-duty 12 AWG grounded power cord ensures reliable power delivery.

Specifications

• Spindle: Stainless Steel
• Rotation Speed: 9,000 RPM
• Rise & Fall Adjustment: 1.18"
• Shaft: 22mm with 10mm thread
• Motor Power: 2.4 HP
• Supply Power: 230V / 60Hz / Single Phase
• Frame: Unibody Aircraft Aluminum Housing
• Water Connection: Quick Disconnect
• Thermal Overload Safety Cut-Out
• Base System: Aquaplaning Base
• Machine Dimensions: 22" L x 13.7" W x 15" H
• Weight: 77 lbs
• Shipping Weight: 100 lbs (Wood Crate)
• Power Cord: 20 ft, 12 AWG with Ground

Warranty

12-Month Manufacturer Warranty. If service is required, Weha provides troubleshooting support and can supply replacement parts for in-shop repair or arrange service through their Charlotte, NC headquarters.

Key Benefits

• Powerful 2.4 HP motor for heavy-duty profiling
• Smooth 9,000 RPM performance
• Aquaplaning base for controlled movement
• Durable aircraft aluminum construction
• Compatible with 22mm shaft / 10mm thread router bits
• Built for professional fabrication environments