The Multi-function Agile Remote-Controlled Robot (MARCbot) is a military robot created by Exponent Inc. for the United States Army Rapid Equipping Force. [1][2]

This paper illustrates the prototype robot, specifically called as Unmanned Ground Vehicle (UGV), developed for the military purpose. There are four different modes to control the UGV: command controlled mode, self controlled mode, gesture controlled mode and raptor controlled mode.

MARCBot Mini-EOD (350) (SUGV-310) (260) TALON Family (1000) PackBot Family (1100) 510 M160 (40) PEO-GCS Robots Currently in Combat 7 . ... 1 Soldier to 1 UGV Teleoperation Control Some Limited Autonomy 1 Soldier to Many UGVs nearly autonomous Today Future UGV …

JPO is a dual service organization reporting to Marine Corps Systems Command (MARCORSYSCOM) and the Program Executive Office for Ground Combat Systems (PEO GCS) as the executive agencies for the acquisition of Unmanned Ground Vehicles (UGVs) for the Army and Marine Corps.

2009年3月31日 · The MARCbot IV is a light-weight reconnaissance robot that can spot IEDs or enemy positions in danger areas, while the Talon is fully equipped to defeat IEDs. The MARCbot IV is highly...

MARCbot is a small, four-wheel vehicle, about the size of a large Tonka truck, with a video camera. It is not intended, as originally designed, to be a weaponized uncrewed ground vehicle (UGV). Rather, it allows soldiers to stand off from suspected IEDs. A pan and tilt camera can be raised to a height of 3 feet and tipped forward as...

MARCbot; N. Navia (vehicle) P. PackBot; R. RAVON; Roboty; S. Squad Mission Support System; T. TerraMax; U. UGV Interoperability Profile; X. XM1216 small unmanned ground vehicle This page was last edited on 2 January 2022, at 19:48 (UTC). Text is available under the ...

2005年5月12日 · The MarcBot IV is a small, tele-operated UGV for reconnaissance and surveillance, particularly in investigating improvised explosive devices (IEDs). More than 500 have been fielded for Marine Corps and Army use. An improved design …

2024年11月4日 · 最终，研究团队成功研制出多模态自适应攀岩机器人（multimodal and adaptive rock-climbing robot，简称MARCBot，如视频 1和图1所示），实现了在重力环境下稳定攀爬垂直岩石表面，和在多种复杂地形的动态小跑。

2024年11月26日 · 为解决这些问题，北京航空航天大学研究团队提出了一种创新的多模态自适应攀岩机器人（MARCBot）。 其核心技术结合了仿生设计、结构创新与动力学优化，显著提高了机器人在复杂地形下的攀爬效率与稳定性。