The Delesyian Institute has successfully applied wind energy to weapons through an exchange with desert scholars. Leveraging its superior machine engineering, Delesyia is standardizing the process to allow individuals to produce these weapons themselves. Completing this research will grant you the propeller spear blueprint.

Delesyia's mechanical technology is superior to any other region in Pywel. This research studies more efficient designs by analyzing internal structures, component layouts, and mechanical movement paths. Completing this research will allow you to send mission dispatches to craft disruptors. Increases the amount of components dropped by mechanical enemies.

Recent attempts to integrate prickly pear energy into weapons have been drawing significant attention. This research focuses on maximizing output and stabilizing lightning-based weapons by harnessing the prickly pear's internal cold energy to minimize electric resistance even at room temperature. Completing this research will allow you to send mission dispatches to craft the laser cannon spear.

Harnessing natural energy involves numerous unpredictable variables. With the recent rise in accidents caused by overloading ice-based weapons, development is underway for disruption skills to mitigate these risks. This research focuses on weapon designs capable of adapting to various environmental shifts. Completing this research will allow you to send mission dispatches to craft the disruptor spear and the electromagnetic frostspitter.

True progress in mechanical technology shouldn't focus solely on speed or stability. This research studies advanced power unit designs that deliver both mobility and stability. Completing the research allows you to send mission dispatches to craft the A.T.A.G. Boots Mk II, A.T.A.G. Boots Mk III, and the emergency power device.

Mercury's potential value has only recently begun to receive academic attention. This research analyzes its unique physical and chemical properties through mechanical engineering to explore various practical applications, laying the foundation for new studies involving mercury.

Research into advanced technology is only truly realized when integrated and utilized within existing systems. This research analyzes the structure of new materials specialized for shock absorption and explores practical ways to apply them to defensive equipment. Completing this research will grant you various armor blueprints.