Description
Scanstrut 6" Forward Leaning Radar Mount | Boat Supply Store
Engineered to elevate radar antennas clear of obstructions, this 6" forward-leaning PowerTower® mount provides optimal performance for your vessel's navigation system. Its single-piece, marine-grade aluminum monocoque construction guarantees exceptional strength and durability for challenging marine environments. Featuring pre-drilled holes for direct radar fastening, it simplifies installation on powerboat roofs, T-tops, flybridges, or radar arches, facilitating unobstructed horizon views essential for offshore fishing out of Galveston.
Key Features
- Unparalleled Strength with single-piece monocoque aluminum construction.
- Maximum Radar Performance achieved by elevating the antenna above obstructions.
- Direct Installation via pre-drilled mounting holes, eliminating connector modification.
- Exceptional Durability from marine-grade aluminum and superior surface finish.
- Versatile Mounting on roofs, T-tops, flybridges, or radar arches.
- Enhanced Functionality with bolt-on capability for accessories like light bars.
- Simplified Setup designed for rapid integration with compatible radar units.
- Robust Design engineered to withstand rigorous maritime conditions.
Specifications
| Product Specifications | |
|---|---|
| Material | Marine Grade Aluminium |
| Height | 5.91" (150mm) |
| Design | Monocoque |
| Radar Type Compatibility | Dome Radar |
| Forward Lean | 6" |
| Included Hardware | Mounting hardware (screws/bolts for boat structure excluded) |
Who This Is For
Powerboat owners requiring an elevated platform for radar installation to maintain clear horizon views and optimal signal transmission. Ideal for those seeking a durable, integrated solution for their vessel's communication and navigation suite.
How It Compares
| Feature | Scanstrut 6" Forward Leaning Radar Mount | Competitor |
|---|---|---|
| Mounting Type | 6" Forward Leaning | — |
| Material | Marine Grade Aluminium | Marine Grade Aluminium |
| Height | 5.91" (150mm) | 5.91" |
Common Concerns Answered
What additional hardware is required to install the Scanstrut APT-F-150-02 PowerTower?
The APT-F-150-02 includes mounting hardware for attaching the radar to the mount itself. However, you will need to procure appropriate marine-grade screws or bolts separately for securing the mount to your boat's structure (e.g., T-top, arch, or roof).
Is it guaranteed to fit my specific radar model?
While designed for broad compatibility with dome radars, it is imperative to verify your specific radar model's mounting dimensions and requirements against the specifications of the APT-F-150-02 to ensure a perfect fit and optimal function. The pre-drilled holes facilitate direct fastening for many common models.
Is the strength of this mount sufficient for offshore conditions?
Yes, the Scanstrut APT-F-150-02 features a single-piece monocoque construction from marine-grade aluminum, engineered for outstanding strength and durability to withstand the rigorous demands of offshore marine environments and ensure reliable radar operation.
Frequently Asked Questions
What types of radars are compatible with the Scanstrut APT-F-150-02 PowerTower?
This PowerTower® is designed for dome radar types, facilitating direct mounting for a wide range of compatible radar units.
What material is the Scanstrut APT-F-150-02 PowerTower made from?
The mount is manufactured using the best marine-grade aluminum, ensuring exceptional strength and corrosion resistance.
What is the height of the Scanstrut APT-F-150-02 PowerTower?
The height of the Scanstrut APT-F-150-02 PowerTower is 5.91 inches (150mm).
Can I mount other accessories to the Scanstrut APT-F-150-02 PowerTower?
Yes, a range of accessories such as light bars can be bolted to the back of the PowerTower, offering additional functionality.
What is the purpose of the forward-leaning design of this radar mount?
The forward-leaning design is intended to optimize radar performance by precisely positioning the antenna to clear potential obstructions and provide a wider, unobstructed view of the horizon, crucial for effective navigation and target detection.
