Bertram-class air-sea rescue boat
The Bertram class was a two-ship class of air-sea rescue vessels of the Royal Australian Navy. Purchased to replace the old World War II class of 63-foot air-sea rescue vessel, they were found to be unsuitable for the proposed role.[1] The vessels were subsequently employed as harbour personnel carriers and based at HMAS Waterhen. The vessels were disposed of in 1988.
Class overview | |
---|---|
Name: | Bertram |
Builders: | Bertram Boat Company, USA |
Operators: |
|
Cost: | $138,356 each |
Built: | 1966 |
In service: | 1967 to 1988 |
Completed: | 2 |
Active: | 0 |
Retired: | 2 |
General characteristics | |
Type: | Air-sea rescue (planned)Harbour personnel carriers |
Displacement: | 12 tons full load |
Length: | 38 ft (12 m) |
Beam: | 12 ft (3.7 m) |
Propulsion: | Diesel, 2 GM 8V53 motors, 500 brake horsepower (370 kW) |
Speed: | 22 knots (41 km/h; 25 mph) |
Range: | 200 nautical miles (370 km; 230 mi) |
Complement: | 2 |
Ships
- 38101, launched in 1966 and in service in 1967
- 38102, launched in 1966 and in service in 1967
Citations
- Gillett 1986, p. 61.
gollark: Oh, fun idea: make your program try and figure out the source of the laser and shoot it directly.
gollark: The ability for lasers to lase other lasers, I mean.
gollark: Anti-laser lasers would be quite a fun feature to add to plethora.
gollark: Most of my laser-using programs just go for the simple but naive solution of firing toward the current position of whatever's being targeted.
gollark: Huh. That is much more advanced than my brief attempt at improved laser targeting, which just got the target's current position, figured out how long it would take for the laser to reach that, then added that times its velocity to the target position.
References
- Gillett, Ross (1986). Australia's armed forces of the eighties. Brookvale: Child & Henry. ISBN 0867770813.
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