- Crew capacity
- 1
- Max electricty for torque
- 0.217 /s
- Developer
- Kerlington Model Rockets and Paper Products Inc.
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The '''Mk1 "Tin Can"''' can contain a single Kerbal. As a command pod, it features a conical and aerodynamic shape and is designed to be place at the top of a rocket or any other craft to reduce drag and provide for a more efficient launch vehicle. | The '''Mk1 "Tin Can"''' can contain a single Kerbal. As a command pod, it features a conical and aerodynamic shape and is designed to be place at the top of a rocket or any other craft to reduce drag and provide for a more efficient launch vehicle. | ||
This capsule's low center of mass and large base make it exceptionally suitable for atmospheric reentry, as it will generate high amount of drag and stay stable even without control, and it's relatively low mass and resulting inertia are quite low so controlling it is as easy as forgetting your staging. However, it does need a heat shield to safely perform a reentry, lest you burn up at the high orbital speeds of [[Kerbin]]. This capsule is also quite reliable for single stage landing designs without a mothership | This capsule's low center of mass and large base make it exceptionally suitable for atmospheric reentry, as it will generate high amount of drag and stay stable even without control, and it's relatively low mass and resulting inertia are quite low so controlling it is as easy as forgetting your staging. However, it does need a heat shield to safely perform a reentry, lest you burn up at the high orbital speeds of [[Kerbin]]. This capsule is also quite reliable for single stage landing designs without a mothership. It might be more durable and has a higher torque than the [[Mk1 "Explorer"|"Explorer"]], but the "Tin Can" is heavier, and overall less resources than the lander can, making it an overall less appealing choice for lander design. | ||
== Synopsis == | == Synopsis == | ||
Revision as of 01:26, 13 September 2024
| [[File:|200px]] | |
| Statistics | |
|---|---|
| Mass (t) | 0.898 |
| Size | SM |
| Max Temp (K) | 750 |
| Impact Tolerance (m/s) | 15 |
| Command Module Info | |
| Max Crew | 1 |
| Torque (kN) | 5 |
| Kerlington Model Rockets and Paper Products Inc. | |
The Mk1 "Tin Can" is a single-seated command pod with a conic shape that is designed to be placed at the top of a rocket or any other craft that could require an aerodynamic profile for atmospheric flights. It is a very universal pod as it can be used for basically anything. Landers, return vehicles, motherships? You name it, this part can do it.
Its bottom is of a SM radial size, while its top is of an XS radial size, providing a sleek aerodynamic shape with ridges to ensure structural integrity in such a small area.
Usage
The Mk1 "Tin Can" can contain a single Kerbal. As a command pod, it features a conical and aerodynamic shape and is designed to be place at the top of a rocket or any other craft to reduce drag and provide for a more efficient launch vehicle.
This capsule's low center of mass and large base make it exceptionally suitable for atmospheric reentry, as it will generate high amount of drag and stay stable even without control, and it's relatively low mass and resulting inertia are quite low so controlling it is as easy as forgetting your staging. However, it does need a heat shield to safely perform a reentry, lest you burn up at the high orbital speeds of Kerbin. This capsule is also quite reliable for single stage landing designs without a mothership. It might be more durable and has a higher torque than the "Explorer", but the "Tin Can" is heavier, and overall less resources than the lander can, making it an overall less appealing choice for lander design.
Synopsis
"The Mk1 "Tin Can" single-seat command pod is perfect for smaller rockets and other craft. It has a small battery, monopropellant storage, and a built-in reaction wheel. It is guaranteed to keep your pilot and their snacks safe. Just remember to pack a toothbrush for Val."
Part Modules
- Monopropellant
- 0.04 t
- Electric charge
- 50 AU
- Antenna range
- 200.000 Mm
Trivia
- The design of the "Tin can" is partially inspired from the real-life Mercury space capsule, which also features a conical shape with a corrugated surface for durability
Changes
- Initial release