Israeli company Rego-Automotive was established in 2013 to develop the next generation of light off-road vehicles, to provide advanced reliable platforms with improved maneuverability that are easy to drive and to maintain. In addition, to become a major player in developing off-road hybrid solutions – manned & unmanned.
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Artist rendering of the Rego, a military-grade, 6-ton, hybrid, all-terrain vehicle designed to fulfill the exacting demands of elite military units (Illustration source: Rego-Automotive)
The Kibbutz Mahanayim facilities of Rego-automotive stand as a bustling hub for research and development (R&D), strategically positioned adjacent to terrains utilized by Israeli Defense Forces (IDF) for field exercises. This proximity enables the Rego-automotive team to rigorously test their prototypes in challenging, off-road environments, facilitating immediate on-site modifications and enhancements as required.
The Rego Prototype I, after enduring over 15,000 miles of rigorous field testing, has demonstrated significant improvements in maneuverability and has successfully offered enhanced vehicle protection along with increased crew endurance.
Rego designed for special forces
The Rego is a military-grade, 6-ton, hybrid, all-terrain vehicle designed to fulfill the exacting demands of elite military units. Merging cutting-edge combat technology with advanced off-road rally raid designs, Rego is engineered based on in-depth studies of special forces' operational needs. Its lightweight yet robust construction and distinctive "V" shaped chassis contribute to superior maneuverability, optimal vehicle protection, and crew safety.
A critical tool for special forces, the Rego's hybrid design minimizes noise and heat emissions, significantly reducing its detectability. The vehicle features a 2.65-meter-long (approximately 8.7 feet) modular cargo space, designed to accommodate a wide range of mission-specific modules quickly and efficiently.
In the dynamic field of defense and security, the creation of military vehicles that align with the rigorous standards of contemporary warfare is essential. An example of such innovation is a military vehicle that exemplifies operational efficiency, adaptability, and stealth. Notably, it boasts an impressive payload-to-weight ratio of 1:1.3, enhancing its capacity to transport substantial loads in comparison to its weight, thereby broadening its application across various missions.
This vehicle's maintenance process is designed for efficiency, ensuring quick repairs and a swift return to operational status. Its design emphasizes ease of access to essential components for expedited maintenance, ensuring reliability even under field conditions. A pivotal feature of this vehicle is its ability to transport troops across varied terrains rapidly. Thanks to its advanced propulsion and nimble handling, it can move personnel swiftly, offering significant tactical advantages and rapid response capabilities.
The vehicle's design includes versatile, modular options allowing for customization to meet specific operational needs, whether for reconnaissance, medical support, or combat roles, showcasing its unparalleled flexibility. Incorporating stealth features to reduce thermal and acoustic visibility, the vehicle enhances occupant survivability by lowering the likelihood of detection by adversaries. This stealth capability facilitates covert operations in contested zones.
The vehicle can cover extensive distances without the need for frequent refueling, a critical attribute for deep enemy territory penetration or sustained remote deployment, thus amplifying the strategic mobility of military forces. Designed for air portability, the vehicle can be efficiently airlifted to conflict zones worldwide, significantly broadening the operational scope of the forces utilizing it. Operationally, the vehicle is designed to be user-friendly, ensuring ease of use even by personnel with minimal training, thereby enhancing unit readiness.
Moreover, the vehicle offers various protection configurations, from lightweight armor for agility to heavier armor for maximum defense, allowing commanders to balance between mobility and protection based on mission specifics.
Defense News March 2024
