Description
Springfield 1-1/2" Non-Locking Seat Mount | Boat Supply Store
Elevate your seating position by 1-1/2 inches with this non-locking seat mount, designed to address a slightly low seating setup. Constructed from durable, E-coat finished stamped steel, it offers superior corrosion resistance for marine environments. This mount specifically interfaces with Springfield's Spring-Lock™ and Clip-Lock non-locking post systems, providing a straightforward height adjustment for enhanced comfort during extended periods on the water, particularly useful for helm seats on center console boats navigating Texas bays.
Key Features
- Adds 1-1/2" to seat post height for improved ergonomics
- Features a corrosion-resistant E-coat finish for longevity
- Constructed from robust stamped steel for durability
- Designed exclusively for Springfield's Spring-Lock™ non-locking posts
- Integrates seamlessly with Clip-Lock non-locking post systems
- Offers a simple, non-locking mechanism for quick adjustments
- Facilitates precise seating height customization
- Ideal for immediate post installation and use
Specifications
| Product Specifications | |
|---|---|
| Product Name | Springfield Non-Locking Spring-Lock™ Seat Mount |
| Brand | Springfield Marine |
| MPN | 1640202 |
| Construction Material | Stamped Steel |
| Finish | E-coat rust-resistant |
| Height Increase | 1-1/2 inches |
| Post Compatibility | Spring-Lock™ and Clip-Lock non-locking posts |
Who This Is For
Boat owners seeking a minor 1-1/2 inch height increase for their existing non-locking seat post setup, compatible with Springfield's Spring-Lock™ or Clip-Lock systems. This is for individuals prioritizing comfort and visibility adjustments with a durable, cost-effective solution.
How It Compares
| Feature | Springfield 1-1/2" Non-Locking Seat Mount | Fixed height |
|---|---|---|
| Height Increase | 1-1/2" | — |
| Material | Stamped Steel | Aluminum |
| Finish | E-coat rust-resistant | Powder coated or anodized |
| Post Compatibility | Spring-Lock™ or Clip-Lock non-locking posts | Standard 2-3/8" or 3" posts |
| Locking Mechanism | Non-locking | Non-locking |
Common Concerns Answered
Does this seat mount come with the necessary seat posts?
No, this seat mount is designed to integrate with compatible Springfield Spring-Lock™ or Clip-Lock non-locking posts, which must be purchased separately. It acts as a riser to adjust the height of an existing or newly purchased compatible post system.
Can this seat mount be used with any boat seat post?
This seat mount is specifically engineered for compatibility with Springfield's Spring-Lock™ and Clip-Lock non-locking post systems only. It will not interface correctly with standard 2-3/8" or 3" diameter posts from other manufacturers.
Is this seat mount suitable for high-stress applications or locking seat pedestals?
This product is a non-locking seat mount intended for minor height adjustments and is not designed for applications requiring a locking mechanism or high-stress load capacity beyond standard seating. Always ensure your seat and pedestal system are rated for your specific marine use.
Frequently Asked Questions
What is the exact height increase provided by the Springfield Non-Locking Spring-Lock™ Seat Mount?
The Springfield Non-Locking Spring-Lock™ Seat Mount provides a precise 1-1/2 inch increase in seat post height.
What types of boat seat posts is this seat mount compatible with?
This seat mount is specifically designed for compatibility with Springfield Marine's Spring-Lock™ and Clip-Lock non-locking seat posts.
What material is the Springfield Non-Locking Spring-Lock™ Seat Mount constructed from?
The Springfield Non-Locking Spring-Lock™ Seat Mount is constructed from durable stamped steel.
Is this seat mount a locking or non-locking mechanism?
This seat mount features a non-locking mechanism, intended for simple height adjustment without a securing lock.
What is the functional purpose of the E-coat finish on this seat mount?
The E-coat finish on this seat mount serves to provide robust rust resistance, enhancing its durability and longevity in corrosive marine environments.