Description
Scotty 141 Transducer Arm Mount | Boat Supply Store
Securely position your fishfinder transducer on paddlecraft with this highly adaptable mounting system. Its high strength composite construction ensures corrosion-free operation in marine environments, while the telescoping arm extends from 11.5" to 18" and offers a full 360° swivel for optimal sonar signal acquisition. The integrated 141 Track Adapter Mount allows for seamless integration with existing Scotty track systems, facilitating precise placement for offshore fishing or shallow water exploration.
Key Features
- Corrosion-Free: Constructed from high-strength composite material for extended marine service life.
- Adjustable Reach: Telescoping arm extends from 11.5" to 18" to suit various vessel configurations.
- 360° Positioning: Full swivel capability allows for precise transducer orientation.
- Fine-Tuning Control: Includes 415 Slip Discs for incremental adjustments and stable positioning.
- System Integration: Comes with a 141 Track Adapter Mount for easy attachment to Scotty rail systems.
- Durable Construction: Engineered for reliable performance on kayaks and Stand-Up Paddleboards.
- Adaptable Mounting: Facilitates secure transducer placement for accurate fishfinding data.
- User-Friendly Installation: Attaches directly to existing kayak and SUP tracks with minimal effort.
Specifications
| Product Specifications | |
|---|---|
| Material | High strength composite material |
| Telescoping Arm Length | 11.5" to 18" |
| Swivel Capability | 360° |
| Included Components | 415 Slip Discs, 141 Track Adapter Mount |
| California Proposition 65 Warning | Contains NICKEL (METALLIC) |
Who This Is For
Kayakers and Stand-Up Paddleboarders seeking a robust and adaptable solution for securely mounting their fishfinder transducers. This mount is designed for anglers who require precise adjustability and durable construction for reliable sonar performance on the water.
How It Compares
| Feature | Scotty 141 Transducer Arm Mount | Competitor |
|---|---|---|
| Telescoping Range | 11.5" - 18" | Varies by specific model, often fixed length or requires multiple components for adjustment |
| Swivel Capability | 360° | 360° via ball and socket |
| Included Mounting Base | Scotty 141 Track Adapter Mount | 2.5" Round Base |
| Adjustment Mechanism | Telescoping arm, 415 Slip Discs | Ball and socket with tightening knob |
| Material | High strength composite | High-strength composite |
Common Concerns Answered
Are the slip discs difficult to adjust?
While some users note a learning curve with the 415 Slip Discs, they are designed to provide precise, secure positioning once adjusted. Practice in a controlled environment will familiarize you with their operation.
Will the track adapter fit my kayak?
The included 141 Track Adapter Mount is designed for Scotty track systems. Compatibility with other track systems may require additional hardware, but it directly integrates with the extensive Scotty accessory ecosystem.
Is this mount durable enough for rough water?
Constructed from high-strength composite material, the Scotty 141 is engineered for durability and corrosion resistance, making it a reliable choice for various marine environments and paddling conditions.
Frequently Asked Questions
What is the extended length of the Scotty 141 Kayak/SUP Transducer Arm Mount?
The extended length of the Scotty 141 Kayak/SUP Transducer Arm Mount is 18 inches.
What is the minimum length of the Scotty 141 Kayak/SUP Transducer Arm Mount?
The minimum length of the Scotty 141 Kayak/SUP Transducer Arm Mount is 11.5 inches.
What type of material is the Scotty 141 Kayak/SUP Transducer Arm Mount made from?
The Scotty 141 Kayak/SUP Transducer Arm Mount is made from a high strength composite material.
Does the Scotty 141 Kayak/SUP Transducer Arm Mount include a track adapter?
Yes, the Scotty 141 Kayak/SUP Transducer Arm Mount includes the 141 Track Adapter Mount.
What is the purpose of the 415 Slip Discs included with this mount?
The 415 Slip Discs included with this mount are used for micro adjustments and to secure the position of the transducer arm once it is optimally placed.
