Authors :
Jherrod Thomas
Volume/Issue :
Volume 9 - 2024, Issue 1 - January
Google Scholar :
http://tinyurl.com/eb6h29r3
Scribd :
http://tinyurl.com/34epvumz
DOI :
https://doi.org/10.5281/zenodo.10653909
Abstract :
This research paper investigates the
historical evo-lution and advancements in the
integration of electric vehicles (EVs) within the military
domain, with a primary focus on the conversion of
conventional military vehicles to electric platforms. The
research examines the military sector’s ongoing efforts
to adopt sustainable and efficient mobility solutions,
spanning from the conversion of the T-23 in 1943 to the
contemporary focus on hybrid electric vehicles (HEVs).
An important innovation in this regard is Tomco’s
adoption of the electric skateboard design, offering a
modular and adaptable methodology for the conversion
of military vehicles, notably the HMMWV, to electric.
This design eliminates the need for extensive
modifications like drilling, or welding, presenting a cost-
effective approach. The paper systematically assesses
the advantages and challenges as-sociated with the
deployment of hybrid electric military vehicles,
emphasizing critical benefits such as fuel efficiency,
reduced mechanical complexity, and low acoustic
signatures. Tomco’s solution is examined in the context
of its potential impact on military logistics,
maintenance, and operational adaptability. The analysis
incorporates an evaluation of conventional HMMWV
configurations and some case studies providing support
for the practicality and feasibility of electric military
vehicles. Regarding future developments, the paper
evaluates Tomco’s proposed advancements in electric
military vehicle solutions. These in-clude enhancements
in battery technology, drive train efficiency, autonomy,
stealth features, and adaptability. Additionally, the
paper explores potential collaborations with the private
sector, global adoption strategies, and considerations
for economic and environmental sustainability.
Keywords :
HMMWV, hybrid, electric military vehicles, tomco’s solution.
This research paper investigates the
historical evo-lution and advancements in the
integration of electric vehicles (EVs) within the military
domain, with a primary focus on the conversion of
conventional military vehicles to electric platforms. The
research examines the military sector’s ongoing efforts
to adopt sustainable and efficient mobility solutions,
spanning from the conversion of the T-23 in 1943 to the
contemporary focus on hybrid electric vehicles (HEVs).
An important innovation in this regard is Tomco’s
adoption of the electric skateboard design, offering a
modular and adaptable methodology for the conversion
of military vehicles, notably the HMMWV, to electric.
This design eliminates the need for extensive
modifications like drilling, or welding, presenting a cost-
effective approach. The paper systematically assesses
the advantages and challenges as-sociated with the
deployment of hybrid electric military vehicles,
emphasizing critical benefits such as fuel efficiency,
reduced mechanical complexity, and low acoustic
signatures. Tomco’s solution is examined in the context
of its potential impact on military logistics,
maintenance, and operational adaptability. The analysis
incorporates an evaluation of conventional HMMWV
configurations and some case studies providing support
for the practicality and feasibility of electric military
vehicles. Regarding future developments, the paper
evaluates Tomco’s proposed advancements in electric
military vehicle solutions. These in-clude enhancements
in battery technology, drive train efficiency, autonomy,
stealth features, and adaptability. Additionally, the
paper explores potential collaborations with the private
sector, global adoption strategies, and considerations
for economic and environmental sustainability.
Keywords :
HMMWV, hybrid, electric military vehicles, tomco’s solution.
