Amiga Engineering leads the charge in defence innovation with its Metal 3D Printed Ballistic Titanium Armour, surpassing the rigorous MIL-DTL-46077G V50 standards.
Amiga Engineering, an Australian leader in advanced manufacturing, is redefining defence protection with its revolutionary Metal 3D Printed Ballistic Titanium Armour. This innovation allows for the creation of complex and groundbreaking armour designs that are unattainable with traditional manufacturing methods. By leveraging advanced 3D printing technologies, Amiga’s armour surpasses MIL-DTL-46077G V50 standards, delivering unparalleled durability, corrosion resistance, and lightweight adaptability.
The custom-shaped solutions provided by this 3D printed titanium armour are ideal for vehicles, protective gear, and critical component shielding, all without compromising structural integrity or design. This cutting-edge technology enhances operational efficiency and delivers superior ballistic performance, offering a decisive edge in modern military applications.
While Amiga’s ballistic titanium armour stands at the forefront of defence innovation, the company also distinguishes itself
as the only firm in Australia certified to metal 3D print in Scalmalloy—a material prized for its high strength-to-weight ratio, particularly in aerospace applications. Additionally, Amiga is the sole Australian provider of metal 3D printing in Tungsten, a material essential for leading hot edges in hypersonic vehicles and for meeting heavy weight requirements in various industries.
Metal 3D Printed Titanium Ballistic Armour’s exceptional properties make it increasingly favoured in protective applications. Applications include providing vital protection in aircraft cockpits, safeguarding essential systems with lightweight, corrosion-resistant materials. Beyond aviation, titanium ballistic armour’s durability and resistance to corrosion make it an ideal choice for maritime use, including ballistic hatch covers that secure access points on marine vessels.
Amiga Engineering is also advancing personal protection with the development of body armour plates specifically designed for different shapes, utilising the precision and versatility of additive manufacturing. Their 3D printed armour plates have been rigorously tested and proven to exceed military specifications by up to 40 m/s, maintaining superior performance with an areal density at 15 mm thickness—less than 5/8 inch.
Amiga’s armour has successfully stopped high-calibre rounds, including 39 API BX, M80 7.62 x 51, and 5.56 SS 109, with its 15 mm thick plates. The company has also developed a vehicle grill capable of withstanding these rounds, underscoring its commitment to robust defence technology. Future projects include integrating composite layers to reduce weight and exploring the development of bulletproof alternators and other critical vehicle components for both civilian and defence applications.
Amiga Engineering’s innovations were prominently displayed in the Innovation Precinct at Land Forces 2024, offering a unique opportunity for industry stakeholders to engage with the latest advancements in defence technology.