boatbuildlog

Hot Rod · new build

Launched

Glen-L Hot Rod

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260
Entries
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Hours
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Written up afterwards
1203
Photos
Nov 2003
Started
Hardware & Fit-Out Link

Seats: Seat tracks from a GM van are mounted to a set of custom fabricated brackets

Seat tracks from a GM van are mounted to a set of custom fabricated brackets. One side bolts trough a sole support and the other bolts to the side of the motor stringer.

Hardware & Fit-Out Link

Seats: Normally we'd build the seat frames with 3/4" marine grade plywood

1. Normally we'd build the seat frames with 3/4" marine grade plywood. We had several leftover pieces of 1/4" plywood, so we chose to create a template, cut multiple pieces and laminate 3 layers to the required thickness.

2. Rotating the 'C' shaped corner pieces 90 degrees for each layer produces a very rigid rectangular frame free of fasteners.

3. The 3 layers were epoxied and clamped.

4. Here's the top layer after curing.

1 Hot Rod: Seats: Normally we'd build the seat frames with 3/4" marine grade plywood
2 Hot Rod: Seats: Normally we'd build the seat frames with 3/4" marine grade plywood
3 Hot Rod: Seats: Normally we'd build the seat frames with 3/4" marine grade plywood
4 Hot Rod: Seats: Normally we'd build the seat frames with 3/4" marine grade plywood
Hardware & Fit-Out Link

Seats: The second layer was built up from 4 laminations of 1/4" marine grade plywood

One of many trial fits.

1. The second layer was built up from 4 laminations of 1/4" marine grade plywood. A template similar to the one employed in the first layer was produced.

2. The second layer was epoxied to the first layer.

3–4. We splurged on a 5"x6" industrial duty dual-swivel metal bandsaw. It walks through 1/4" steel or aluminum plate with ease. What a difference a tool makes !

5. These aluminum corner plates will bolt to the seat rails.

6. We fabricated a steel backing plate to which we've bolted the seat back tilt mechanism.

7. Here's a close-up view of the tilt mechanism.

8–9. The seat rails provide 6" of horizontal travel, 3" of vertical travel at the front of the seat and reclining backrest.

1 Hot Rod: Seats: The second layer was built up from 4 laminations of 1/4" marine grade plywood
2 Hot Rod: Seats: The second layer was built up from 4 laminations of 1/4" marine grade plywood
3 Hot Rod: Seats: The second layer was built up from 4 laminations of 1/4" marine grade plywood
4 Hot Rod: Seats: The second layer was built up from 4 laminations of 1/4" marine grade plywood
5 Hot Rod: Seats: The second layer was built up from 4 laminations of 1/4" marine grade plywood
6 Hot Rod: Seats: The second layer was built up from 4 laminations of 1/4" marine grade plywood
7 Hot Rod: Seats: The second layer was built up from 4 laminations of 1/4" marine grade plywood
8 Hot Rod: Seats: The second layer was built up from 4 laminations of 1/4" marine grade plywood
9 Hot Rod: Seats: The second layer was built up from 4 laminations of 1/4" marine grade plywood
Hardware & Fit-Out Link

Seats: Front corners were radiused and the top edges were rounded-over before applying the first

Front corners were radiused and the top edges were rounded-over before applying the first coat of epoxy.

Hardware & Fit-Out Link

The driver's seat is nearing completion

The driver's seat is nearing completion. The rails provide 6" of horizontal travel, 3" of vertical travel at the front of the seat and reclining backrest. We've also started the passenger seat base. Click here to see how the seat was made. ( a new window will be opened)

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