Difference between revisions of "Crater Crawler Rover"
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| − | + | [[File:Crater_Crawler.png|thumb|The Crater Crawler's thumbnail in the stock craft menu as of 1.12.1.]] | |
| − | Crater Crawler is a | + | [[File:CraterCrawler.png|thumb|Crater Crawler on the runway ([[1.1]])]] |
| + | Crater Crawler is a large rover which can be controlled by intermediate players on [[Kerbin]] but excellent at maneuvering on low-G bodies like [[Mun]] and [[Minmus]], but it also works on planets like [[Eeloo]] and most moons in the game. It has a unique design in that it has many levels as if it was a maneuverable lab with many experiments and data on-board. It also has a mini-probe that sits above the cockpit, which means it can be either manned or unmanned; perfect for players who don't now if they want a manned or unmanned rover. | ||
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| + | == Craft Description== | ||
| + | {{Quote|While the Crater Crawler can be used on Kerbin if you're gentle, it really shines on a low G moon such as the Mun, where the built in thrusters allow an unparalleled level of maneuverability.|Squad}} | ||
| + | [[File:CraterCrawlerDeployed.png|thumb|Lights, ladder and antennae deployed]] | ||
==Description== | ==Description== | ||
| − | + | The craft is a heavy, 10-wheeled rover which is purposed for bodies with lower gravity. It has RCS for extra maneuverability when leaping from surface to air, It has docking ports to possibly dock with other Crater Crawlers, rovers, or potentially dock to a base on another world. It also has a little probe attached to the top of the rover which can be used to send to places rovers cannot go (i.e sinkholes) or possibly to get contact to other bases on the other side of the planet. | |
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| + | However, the top level cannot be accessed by Kerbals on bodies with gravity higher than [[Duna]] as you can't climb out of the ladder and RCS functionality is useless on gravity higher than Duna. | ||
| + | ==Docking== | ||
| + | [[File:CraterCrawlerDocking.png|thumb|Two Crater Crawlers docked]] | ||
| + | When docking with another Crater crawler, you'll have to align with their port and go at a reasonable 5m/s to dock as the RCS will block the ports from meeting at slower speeds. When 2 of them are docked, they are difficult to maneuver as they will slide across the surface as the docking ports are very stiff. Adding more to the ends will make it more difficult and will need more precision with turning. | ||
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| + | It isn't possible to dock the back ends as the RCS ports prevent them from docking. | ||
{{Stock craft}} | {{Stock craft}} | ||
Latest revision as of 00:24, 6 May 2023
Crater Crawler is a large rover which can be controlled by intermediate players on Kerbin but excellent at maneuvering on low-G bodies like Mun and Minmus, but it also works on planets like Eeloo and most moons in the game. It has a unique design in that it has many levels as if it was a maneuverable lab with many experiments and data on-board. It also has a mini-probe that sits above the cockpit, which means it can be either manned or unmanned; perfect for players who don't now if they want a manned or unmanned rover.
Craft Description
| “ | While the Crater Crawler can be used on Kerbin if you're gentle, it really shines on a low G moon such as the Mun, where the built in thrusters allow an unparalleled level of maneuverability. — Squad |
” |
Description
The craft is a heavy, 10-wheeled rover which is purposed for bodies with lower gravity. It has RCS for extra maneuverability when leaping from surface to air, It has docking ports to possibly dock with other Crater Crawlers, rovers, or potentially dock to a base on another world. It also has a little probe attached to the top of the rover which can be used to send to places rovers cannot go (i.e sinkholes) or possibly to get contact to other bases on the other side of the planet.
However, the top level cannot be accessed by Kerbals on bodies with gravity higher than Duna as you can't climb out of the ladder and RCS functionality is useless on gravity higher than Duna.
Docking
When docking with another Crater crawler, you'll have to align with their port and go at a reasonable 5m/s to dock as the RCS will block the ports from meeting at slower speeds. When 2 of them are docked, they are difficult to maneuver as they will slide across the surface as the docking ports are very stiff. Adding more to the ends will make it more difficult and will need more precision with turning.
It isn't possible to dock the back ends as the RCS ports prevent them from docking.
