We deliver CEN 1063-certified ballistic materials that are specially designed for our extensive lineup of luxury SUVs, sedans, pickup trucks, limousines, and special-purpose vehicles.
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Our armoring designs undergo vigorous testing and extensive research & development to ensure a seamless integration.
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INKAS® is the leading armored vehicle manufacturer in North America, shipping products across the globe for over 30 years.
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The INKAS® Armored Toyota Land Cruiser 300 is a highly ranked vehicle, recognized as a leader in its category. The armored Land Cruiser endured extensive ballistic testing which meticulously targets potential weak points on the vehicle to ensure complete armoring protection, prevailing in the attainment of the distinguished VPAM VR7 certification.
The armored Land Cruiser was extremely successful in proving its reliability and strength in the field. The reinforced vehicle proficiently withstood over 780 rounds of ammunition from various calibre firearms, 6 roof-level hand grenades (DM51), 4 underbody hand grenades (DM51), 2 land mines (DM31), and a 15kg TNT (equivalent) explosion from a dangerously close distance of 2 metres.
INKAS® has fortified this vehicle ensuring every individual aspect of the armoring process has been tested uniquely. This includes versions of the INKASR armored Land Cruiser that specifically relate to your needs.
It is with honor that we announce that the VR7 certified INKASR armored Land Cruiser is approved for registration and public road use. This validation extends through Europe and across the globe.
INKAS® also manufactures other safety classes on the Land Cruiser including a BR6 Armor Level which is ideal for civilian use.
The vehicle’s comprehensive defensive capabilities are featured by its adherence to VR7 ballistic standards, ensuring that every aspect, from the perimeter to the floor and roof, are fortified against ballistic threats. The chassis and sub-components undergo a vigorous process in order to accommodate the increased weight, ensuring both structural resilience and operational effectiveness.
In addition to these vital improvements, a series of supplementary modifications are meticulously carried out to maximize the vehicle’s performance and adaptability across various operational environments as showen below:
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