Description
- Compensates for deck angle or boat planing attitude
- Marine-grade polymer construction for strength and durability
- Mounts directly between radar base and mounting surface
- Pre-drilled for hassle-free, accurate installation
Seaview Radar Base Wedge Item # 882570
Description
The Seaview 4° Radar Wedges are designed to be used directly between the base of the radar and the mounting surface, when extra height is not required.
Features:
- Compensates for deck angle or planing attitude of the boat
- This will compensate for deck angle or planing attitude of the boat
- Composed of marine grade polymer King Starboard or injection molded ASA plastic
- Mounts directly between the radome and the mounting surface when extra height is not required
- Simple and easy installation
- Pre-drilled to fit your specific radar, allowing for hassle free installation
- Material: Marine grade polymer King Starboard or injection molded ASA plastic
Compatibility:
- RW4-1: Furuno, JRC, Simrad, Koden, SI-TEX and Maptech 12" - 20" Radomes
- RW4-2: 2kW Raymarine, Garmin, Nobeltec and 4kW Nobeltec, Koden, Maptech, SI-TEX, Simrad radomes
- RW4-3: Open array Furuno, Simrad, Koden and Garmin
- RW4-4: Open array Raymarine
- RW4-6: 24" Furuno DRS4D/DRS4DNXT, 15" JRC, 24" Sitex and Simrad DX64S
- RW4-7: Simrad HALO open array radars
Note: Refer to the Radar Base Selection Guide for compatibility information.
Part Numbers for Seaview Radar Base Wedge
Reviews
Rated 5 out of
5
by
Bob R from
Nice quality product
Does what it is suppose to do, tips the radar dome down in the front to allow for bow rise.
Date published: 2025-03-03
Rated 1 out of
5
by
Temple Toggle/ 285 Whaler from
Part precison
Definitely have updated and correct items needed for custom builds…
Date published: 2024-08-02
Questions
May I use this to mount a Garmin 18” closed dome radar to a Seaview tower without adding on an ADAR1 too?
The Seaview 4 degree wedge has multiple holes in multiple configurations that should align with the seaview tower setup. I did not install on a tower but did observe the varied hole configurations
Date published: 2025-06-06