Difference between revisions of "Project:SteamRollerSkate"
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** Furnace and boiler made of two tin cans brazed together. | ** Furnace and boiler made of two tin cans brazed together. | ||
** If possible, enclose assembly in a slightly larger can with rockwool nested between the two to protect the boot from the heat. If there's no room for a larger can, just stuff the boot with rockwool. | ** If possible, enclose assembly in a slightly larger can with rockwool nested between the two to protect the boot from the heat. If there's no room for a larger can, just stuff the boot with rockwool. | ||
| + | *** For combined thermal, protective and flame-retardant properties, nomex racing socks might be ideal (and cheap) insulation. | ||
* Combine water inlet with close-fitted weighted cap as safety valve? | * Combine water inlet with close-fitted weighted cap as safety valve? | ||
| Line 18: | Line 19: | ||
* Back wheels would be fixed to a central shaft and driven by the mill. | * Back wheels would be fixed to a central shaft and driven by the mill. | ||
| + | |||
| + | * Add a whistle (such as [http://www.forest-classics.co.uk/std_whistle.htm this one]) which can be activated by pulling on laces? | ||
==Progress== | ==Progress== | ||
| − | |||
| − | |||
| − | + | I've also picked a [http://start-model-engineering.co.uk/category/elmers-32/ likely engine design] (mounted upside down). The bulk of that is about 5" tall which is a good fit to the outside of the boot I ordered (I think). | |
| + | |||
| + | The boots arrived, but the colour isn't as described and is a bit off-theme for what I have in mind. More importantly, while a bean tin *just* fits, it makes for a rather "fat ankle" and a bigger boot size would be better. However, the boot isn't essential at this stage and I think I should just proceed with making (most if not all of) an Elmer's #32 for now and keep an eye out for a cheap and suitable boot in the meantime. | ||
| + | |||
| + | ==The Next Step...== | ||
| + | |||
| + | Pick up the necessary brass/steel/aluminium stock needed to build the engine, and start getting to grips with machining. | ||
| + | |||
| + | [[Category:Projects]] | ||
Latest revision as of 00:53, 29 May 2013
A hybrid steam engine/steamroller/rollerskate built around a victorian style boot.
Features
- Mill-style steam engine
- Boiler and furnace live inside the boot, with a hinged grille on the heel providing access to the furnace.
- Furnace fuelled by hexamine tablet
- Furnace and boiler made of two tin cans brazed together.
- If possible, enclose assembly in a slightly larger can with rockwool nested between the two to protect the boot from the heat. If there's no room for a larger can, just stuff the boot with rockwool.
- For combined thermal, protective and flame-retardant properties, nomex racing socks might be ideal (and cheap) insulation.
- Combine water inlet with close-fitted weighted cap as safety valve?
- Moving parts live outside the boot.
- Front wheel will be a single roller, connected by forks to the chassis.
- Ideally would attach the fork to chassis with a skate-style "truck".
- Failing that, allow the forks to turn freely and feed a central spoke through the upper of the boot to a steering wheel.
- Back wheels would be fixed to a central shaft and driven by the mill.
- Add a whistle (such as this one) which can be activated by pulling on laces?
Progress
I've also picked a likely engine design (mounted upside down). The bulk of that is about 5" tall which is a good fit to the outside of the boot I ordered (I think).
The boots arrived, but the colour isn't as described and is a bit off-theme for what I have in mind. More importantly, while a bean tin *just* fits, it makes for a rather "fat ankle" and a bigger boot size would be better. However, the boot isn't essential at this stage and I think I should just proceed with making (most if not all of) an Elmer's #32 for now and keep an eye out for a cheap and suitable boot in the meantime.
The Next Step...
Pick up the necessary brass/steel/aluminium stock needed to build the engine, and start getting to grips with machining.