1971–1972. HOLDING THE FRONTIER
RAID ON LUYTENS SYSTEM
By early 1972, the Axis Empire was continuing to expand. Exploration ships were surveying new systems, colonial populations were growing, and the Navy had begun a broad refit programme following the completion of new armour and crew accommodation technologies.
Much of this expansion depended on mining and fuel-harvesting operations scattered across the known systems. Protecting them required a combination of mobile squadrons and local defences. Raider incursions had become less frequent, but the threat remained.
On 30 January, a hostile contact appeared in Luytens Star. A Niobe-class Raider was approaching the orbital mining complex. Four Karlstad frigates moved to intercept, while the mining crews waited to see whether the intruder would attack.
The frigates were still too far away when Niobe reached the mining ships. The defence of the complex would fall to the STO weapons deployed on the moon below.
Niobe 045 had first been detected at 09:13, travelling at 5,848 km/s. At 12:41:57, after circling the mining ships, Niobe opened fire.
Miner Harverster 012 took twelve penetrating hits. Its crew quarters, two orbital mining modules, a cargo hold and one engine were destroyed. Fifty-four crew members were killed. The damaged vessel broke away from its parent fleet, its maximum speed reduced to 856 km/s.
But the mining operation had another line of defence. The 9th Divisione Difesa Colonia, commanded by Josephine Sachs, engaged from the surface. Leonardo particle beams struck the Raider, followed by a salvo from the division’s 15cm Berretta railguns.
Niobe’s speed fell to 1 km/s.
Ten seconds after the attack on the mining ship, the STO particle beams fired again. Niobe 045 was destroyed.
Maresciallo Josephine Sachs, known for her discipline and tactical skill, received the Wolf class IV decoration. Miner Harverster 012 survived and was subsequently taken under tow by a Ciclope tug. It reached Earth on 12 June for repairs.
The engagement contrasted with the previous incursion at V577 Monoceri. On 8 December 1970, Karlstad Mk.2 011, 012 and 013 had destroyed Niobe 044 with two coordinated missile salvos. At Luytens, the mining complex survived because the Navy had also deployed ground defences.
DECEMBER 1971. THE REFIT PROGRAMME
Two long-awaited technologies were completed within a day of each other. On 8 December, Marusa Kagami’s team at Hirofumi completed Crew Quarters Design — 40% HS Reduction. On 9 December, Earth completed Ceramic Composite Armour research.
The Navy began updating its existing ships. More efficient accommodation and lighter armour released space for improved equipment, including electronic countermeasures.
Missile Jammer 2, completed by William Holmgren’s team on 3 January 1972, joined Fire Control Jammer 2 in several revised warship designs. The updated Balbo, Brema and Dominix classes incorporated both systems.
By August, 137 vessels had completed refits: fifty R-Wings, thirty Arados, forty-three M-Bombing fighters and fourteen larger ships.
Among them were the Balbo Class: Pisa, Libia and Agordat, both Dominix carriers, the Brema battlecruisers and several Guerriera frigates. Three Karlstad T torpedo frigates completed their upgrades in July. The programme continued. New designs were available before every operational squadron could return to Earth. Meanwhile, nine Saetta-class corvettes were in service along the Empire’s frontier, with another under construction at Noack Shipbuilding Corp’s Earth shipyard.
MAY 1972. THE FIRST ARSENAL
Arsenal Starbase 001 was completed at Earth on 29 May.
The 40,000-ton station was the first completed unit of the Navy’s new outpost programme. Its hangars, missile stores and repair facilities would allow small combat groups to operate away from the main colonial bases.
Its initial air group comprised twenty M-Bombing II fighters, one F-Tanker and one Pathfinder scout. A further component was still in construction: the new Carronade-class FAC.
At 1,000 tons, the design carried a single 25cm spinal plasma carronade, three layers of armour and a specialised ion engine providing 10,009 km/s. Fuel endurance was approximately three days at full power.
The first programme called for ten FACs, with the first five under construction in the August shipyard records. Their intended role was a concentrated close-range attack, supported by the Arsenal’s bombers and reconnaissance aircraft. Arsenal starbases will be deployed at strategic mining and gas-harvesting sites or key jump points, alongside a Maintenance Station and a Recreational Hub Station.
5 PHOENICIS. MINERALS AND AN ANCIENT CONSTRUCT
Exploration continued while the Navy refitted.
On 14 December 1971, Captain Aditi Chitale and the Magika δ discovered 5 Phoenicis. Fifteen days later, their survey of the first planet revealed an Ancient Construct.
The same world contained 12.005 million tons of Duranium at accessibility 1.0, together with substantial Corbomite and Tritanium deposits. Chitale received the Archaeologist class II-B decoration.
An orbital assessment also indicated good potential for further discoveries through a ground survey. The 3rd Brigata Geologi was dispatched, but its investigation, completed on 14 May 1972, found no additional mineral deposits. The initial discoveries remained valuable.
Under Captain Leonhard Troger, Magika δ continued surveying the system. On 2 May, it found almost four million tons of Duranium at accessibility 0.9 on the ninth moon of 5 Phoenicis V.
5 Phoenicis. Key mineral sites
| Body | Mineral | Deposits | Acc. |
|---|---|---|---|
| Boström Outpost (I) | Duranium | 12.005.000 | 1.0 |
| Corbomite | 2.325.625 | 0.7 | |
| Tritanium | 2.640.625 | 0.3 | |
| V — Moon 9 | Duranium | 3.964.928 | 0.9 |
| Boronide | 1.327.104 | 1.0 | |
| Mercassium | 369.664 | 0.9 | |
| VI | Sorium | 11.978.400 | 0.5 |
| V — Moon 3 | Duranium | 37.324.800 | 0.4 |
| Gallicite | 22.127.616 | 0.1 | |
| Ice Nest (III) | Duranium | 6.372.450 | 0.5 |
| Neutronium | 21.068.100 | 0.1 | |
| Boronide | 15.023.376 | 0.1 | |
| Sorium | 15.023.376 | 0.1 | |
| Desert Valley (II) | Sorium | 39.690.000 | 0.1 |
| Corundium | 35.070.084 | 0.1 | |
| Vendarite | 33.593.616 | 0.6 | |
| Tritanium | 30.041.361 | 0.1 |
AUGUST 1972. THE SORIUM DISCOVERIES
The explored network had reached 75 known systems, of which 52 had completed gravitational surveys.
New discoveries since 1971 included Gamma Pavonis, 3 Gruis, 5 Phoenicis, Gliese 57 and Gliese 18. On the updated map, the routes through 4 Phoenicis opened several new destinations beyond the Rho Sculptoris frontier.
The most immediately useful discoveries came in early August.
On 4 August, Troger’s Magika δ identified 17.794 million tons of Sorium at accessibility 1.0 on 6 Gruis V. The system had been known since 1964; its mineral survey now revealed a major fuel resource.
On 7 August, Captain Christine Spieler and Magika γ discovered another 5.005 million tons at accessibility 0.7 on Gliese 18 III.
Both deposits offered new locations for future extraction operations.
| Date | Body | Sorium | Accessibility |
|---|---|---|---|
| 4 august 1972 | 6 Gruis V | 17.794.000 t | 1,0 |
| 7 august 1972 | Gliese 18 III | 5.005.000 t | 0,7 |
THE IMPERIAL ECONOMY
Early in 1972, Earth’s mineral stockpile passed two million tons. By August it held approximately 2.029 million.
Across the Empire, nine of the eleven minerals showed a positive balance over the preceding year. Sorium remained an exception: annual consumption exceeded production by approximately 3,091 tons. The discoveries at 6 Gruis and Gliese 18 therefore arrived at a useful moment.
Fuel reserves were more comfortable. The logistics assessment recorded approximately 892 million litres, with estimated annual production of 50.9 million litres. Gas harvesters supplied most of that production.
Expansion and modernisation continued to draw on the treasury. Annual income stood at approximately 114,541 wealth, against expenditure of 119,400. Civilian mineral purchases, transport contracts, construction and research remained major costs.
The Empire now supported 24 populated settlements and approximately 2.48 billion inhabitants. Earth accounted for 1.723 billion, while Hirofumi had grown to almost 302 million. Luna and Mars each supported roughly eighty million.
Growth created further demands. Nuova Delhi and Iogawa were approaching the population supported by their existing infrastructure. Hirofumi already occupied approximately 77% of its assessed habitable capacity.
The next stage of expansion would require more infrastructure, transport capacity and protected extraction sites.
































