H-1 Light Battle Tank
| H-1 Light Battle Tank | |
| Navigational Stats | |
| Max Speed | 100 km/h |
| Maneuverability | 4 |
| Sensors | 1 |
| ECM | 0 |
| Terrain Restrictions | Glacier, Jungle, Ocean, River, Swamp, Volcanic |
| Weapons | |
| Weapons | 2 Medium Blasters |
| Cargo Stats | |
| Weight | 6 T |
| Volume | 14 m3 |
| Weight Capacity | 0.1000 T |
| Volume Capacity | 0.5000 m³ |
| Passengers | 1 |
| Hull Statistics | |
| Length | 4 m |
| Hull | 40 |
| Ionic Capacity | 30 |
| Shield | 0 |
| Specials | |
| Specials | None |
| Raw Materials | |
| Quantum | 11 |
| Meleenium | 116 |
| Ardanium | 9 |
| Rudic | 18 |
| Tibannagas | 7 |
| Lommite | 8 |
| Rockivory | 0 |
| Bacta | 0 |
| Hibridium | 0 |
| Varium | 0 |
| Affiliations | |
| Affiliation | Hapes Consortium |
The H-1 Light Battle Tank was designed to provide an effective garrison for Hapan planets and is frequently deployed by the Royal Hapan ground forces on reconnaissance missions. The H-1's strength, unlike many other battle tanks, is not in brute force, but in speed and agility.
Armed with a pair of medium blasters, the H-1 can hold its own against light-classed vehicles and large companies of infantry, but it lacks the same rugged durability of many larger tanks. With both poor ionic capacity and thin armour plating, the H-1 relies heavily on its greater speed and manoeuvrability to evade, rather than confront, enemy targets. Its transparisteel cockpit provides a 360-degree view of the field, but the tank's effectiveness in skirmishes can be limited by the skills of its pilot, who must manage both drive controls and weaponry.
The MTV-7 is a more readily available armed vehicle in comparison though the H-1 is sturdier, more heavily armed and faster. The only advantage of the MTV-7 is that it is able to travel in more terrain types.
Variants
MLC-3 (Mobile Laser Cannon 3): This variant which is sometimes seen in small numbers has a modified track train that allows it to operate on glacier terrain. This however is at the expense of some of its armor and thus the MLC-3 more closely matches the hull and ionic capacity of the MTV-7 than the H-1 that inspired it.