Mining Drill
A steel vehicle powered by firewood that speed the process of mining moreover he managed to do deep mining by discovering mineral deposits that were impossible to reach, as well as discovering other substances: gas, metals, gems, and black oil.
The inventors behind this 1 person contraption were Yosi Felbonotem(Fel) and Xojin Bellow(Bel) a couple of gnomes that, not only did they change the Dwarven mining industry forever, but the course of the gnome civilization.
The big problem that the couple faced in the creation of the drill was the volume of wood that was necessary to operate it, it was calculated around 432 m3 of firewood for the drill to work continuously for 8 hours however this made the drill much larger, had a more powerful propulsion system and lost stability and maneuverability which made it too expensive and unavailable.
A modular storage system can be implemented to address the challenges of accommodating a large volume of firewood within the Drill's design. This approach involves dividing the firewood storage into multiple detachable modules that can be transported, stored, and assembled at the operation site. This modularity offers several advantages:
- Enhanced Maneuverability: By dividing the firewood into smaller modules, the Drill can be transported and maneuvered through narrow underground passages and tight spaces more easily.
- Efficient Storage and Transportation: Individual modules can be stored separately, reducing the overall footprint required for storage. This also facilitates transportation, allowing firewood in batches as needed.
- Flexible Operation: The modular design enables the Drill to operate with a variable amount of firewood, adjusting to the specific duration of the mining task. For instance, for a 5-hour operation, only the necessary firewood modules would need to be transported and assembled.
- Simplified Maintenance: Modular components can be easily detached, allowing for maintenance and repairs without disrupting the entire Drill's operation.
Module Design
| Feature | Specification |
| Module Size (L x W x H) | 2 meters x 1 meter x 1 meter |
| Volume per Module | 2 cubic meters |
| Construction Material | Reinforced steel or high-strength composite |
| Loading/Unloading Mechanism | Hinged doors or ramps |
| Interlocking System | Secure and stable connection for modules |
| Firewood Protection | Measures against moisture, pests, and ignition |
Changes
At that historical moment, the Dwarfs were losing ground to the Minos, with some bad diplomatic relations and a considerable cut in cultural and commercial exchange; In fact, the Minos tried to ban the creation of the drill because the use of Firewood, which is considered, by the official religion, a reminder of non-divine magic.
With this invention, the dwarfs gained ground in the commercial field and retook their place in the world as a dominant race at the level the Minos have.
Just as this invention managed to make a change in the dwarf mining industry and in its relationship with the Minos, the gnome inventor couple saw one more possibility: to be independent of the Dwarfs. After the great war, the gnomes lived in dwarf or human cities, the spouses known as "the FelBel" colonized the lands of the southwest to found the 1st gnome city, Nimbor , which today is one of the most important cities in Daimon.
Power Generation
The vehicle is fueled with Fire Wood, a piece of wood with about 2 cubic meters using a module design
Propulsion
Type: Tracked System
Components:
- Versatility: Tracks provide superior traction and maneuverability compared to wheels, especially on loose soil, uneven surfaces, and inclines.
- Ground Clearance: Tracks offer better ground clearance, allowing the Drill to navigate over obstacles and uneven terrain without scraping its undercarriage.
- Stability: The wider contact area of tracks distributes the Drill's weight more evenly, especially when drilling at angles or on slopes.
Components:
- Drive Motors: Powerful hydraulic drives would power the tracks, providing the necessary torque to propel the Drill through various terrains.
- Final Drives: These gearboxes would transmit power from the motors to the sprockets, driving the tracks.
- Tracks: Heavy-duty steel tracks with grouser treads would ensure superior grip and traction. The tread design can be optimized for specific ground conditions, such as deep lugs for loose soil or smoother treads for hard rock surfaces.
- Suspension System: A robust suspension system would be essential to absorb shocks and vibrations from uneven terrain, protecting the Drill's components and ensuring operator comfort. Maded with coil springs.
- Steering System: A steering system would allow the operator to control the direction of the Drill. By varying the speed of the tracks on each side, the Drill can turn.
| Feature | Specification |
| Length | 6 meters |
| Height | 3 meters |
| Width | 2.4 meters |
| Weight | 18,144 kilograms |
| Maximum Drilling Speed | 1.5 meters per minute |
| Variable Speed Control | Yes |
| Drilling Head | Modular |
| Propulsion System | Self-propelled (tracks or wheels) |
| Power Source | Onboard (Fire Wood ) |
| Navigation System | Advanced (sensors, communication) |
| Environmental Protection Systems | Air filtration, dust suppression |
| Emergency Egress System | Escape hatch or rapid extraction mechanism |
| Customization Options | Yes |
| Durability | Engineered for harsh underground environments |
| Safety Certifications | Meets relevant standards |
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