Description
Seaview 22.5" Dual Radar/Sat Mount | Boat Supply Store
For vessels requiring simultaneous installation of open array radar and a secondary electronic device like a satellite dome or camera, this dual mount provides a structured solution for optimizing signal reception. Its 22.5" height and oval hollow mast design facilitate clean cable routing and prevent signal interference through strategic component separation. This unit is specifically engineered to accommodate open array radars up to 4.5', ensuring sufficient clearance for optimal performance in offshore navigation or serious sportfishing applications.
Key Features
- Dual mount design integrates radar and satellite dome/camera installations.
- Accommodates up to 4.5' open array radars.
- Oval hollow mast section ensures streamlined cable management.
- Compact design maximizes deck space on smaller vessels.
- Modular top plate system allows for customized secondary device mounting (sold separately).
- Extended lower platform provides necessary clearance for open array radars.
- Pre-drilled lower platform compatible with most closed dome radars.
- Space-saving integration eliminates the need for separate mounting hardware.
Specifications
| Product Specifications | |
|---|---|
| Height | 22.5 inches |
| Radar Size Compatibility | Up to 4.5' open array |
| Secondary Device Mounting | Top plate required (sold separately) |
| Cable Management | Oval hollow mast section |
| Lower Platform Type | Pre-drilled for closed dome radars, extended for open array |
Who This Is For
Boaters needing to efficiently mount both an open array radar and a satellite dome, camera, or other marine electronics on vessels with limited space. Ideal for those prioritizing optimized performance and a tidy installation.
How It Compares
| Feature | Seaview 22.5" Dual Radar/Sat Mount | Competitor |
|---|---|---|
| Height | 22.5 inches | 22.5 inches, Varies |
| Open Array Radar Compatibility | Up to 4.5' | Yes, Limited/Requires adapters |
| Secondary Device Mounting (Sat Dome/Camera) | Yes (with separate top plate) | Yes, Limited |
| Top Plate Modularity | Yes (Sold Separately) | Integrated, N/A |
| Cable Management | Oval hollow mast section | Internal conduit, External routing |
Common Concerns Answered
Is the top plate included with this mount?
No, the top plate system for mounting your satellite dome or camera is sold separately. This modular approach allows for customization to fit your specific electronic device.
Is installation straightforward for a DIYer?
Installation is rated 3/5 difficulty, requiring basic mechanical aptitude and tools. Key steps involve proper cable routing and ensuring adequate radar clearance, which may necessitate drilling.
Why is the top plate sold separately?
The separate top plate offers a modular solution, enabling boaters to select the precise interface required for their specific satellite dome or camera model, ensuring compatibility and a secure fit.
Frequently Asked Questions
What is the maximum radar size this mount can accommodate?
This Seaview dual mount can accommodate open array radars up to 4.5' in length.
Do I need to purchase a separate top plate for this mount?
Yes, a separate top plate is required to mount satellite domes or cameras on the upper section of this dual mount.
Can this mount be used with both open array and closed dome radars?
Yes, the lower platform is pre-drilled for most closed dome radars and features an extended option specifically for open array radars to ensure proper clearance.
How does this mount help prevent interference?
The dual mount system strategically places the radar at a specific height, and the integrated oval hollow mast allows for efficient cable management, minimizing potential signal interference between the radar and other mounted electronics.
What is the advantage of a dual mount system?
A dual mount system consolidates the mounting of two essential marine electronic devices, like a radar and a satellite dome, onto a single, robust structure. This saves valuable deck or hardtop space while ensuring optimal positioning and performance for both units.
