Deliberate Bridge Construction Training Needs Diversification
By Chief Warrant Officer 4 Richard B. Wright, 412th Theater Engineer Command
An armored division races toward its objective until a single destroyed bridge brings the advance to a halt. As vehicles stack up along the riverbank, precious hours are lost waiting for a multi-role bridge company to arrive and emplace a crossing. In large-scale combat operations, that delay is more than an inconvenience; it is an opportunity for the enemy to mass fires, disrupt momentum, and turn a temporary obstacle into an operational defeat. If the Army is to maintain freedom of maneuver against a peer adversary, it must move beyond a bridging strategy that relies solely on tactical bridge assets and instead leverage fixed infrastructure, commercial bridging systems, and data-driven engineering solutions.
Reducing the operational risk posed by damaged or low-capacity bridges requires greater cooperation across the engineer force. Engineer construction companies, not just MRBCs, should train to install overbridging on existing infrastructure. Maximizing fixed-bridge use preserves scarce tactical bridging assets for critical wet-gap crossings.
The speed of a division's advance depends on the rapid assessment, repair, and employment of existing bridges. Engineer design teams must be prepared to quickly produce overbridging solutions when bridges require combat damage repair or increased military load classifications. Frequent bridge reconnaissance, including virtual reconnaissance and military load class assessment training, will improve data collection and technical proficiency. By continuously gathering bridge data in potential theaters of operation, engineers can provide designers the baseline information needed to rapidly develop overbridge solutions and sustain freedom of maneuver.
Accessible COTS for LOC-Bridging Training
Expanding training with commercially available off-the-shelf bridging systems would restore a proven capability for maintaining lines of communication during LSCOs. Like the Bailey Bridge of previous wars, modern COTS systems can rapidly restore mobility when fixed bridges are damaged or unable to support required loads.
Current engineer organizations do not possess these systems on their tables of organization and equipment, creating training challenges. Relocating a limited number of COTS bridge sets to regional training sites, such as U.S. Army Reserve equipment concentration sites, would provide units routine access while leveraging existing maintenance programs. This low-cost approach would allow commanders to regularly train on the planning, coordination, and project management required for overbridge operations before facing those challenges in combat.
Data Analysis to Sustain Freedom of Maneuver
Effective data management is the foundation of modern bridging operations. Fixed bridges represent an enduring capability whose value depends on accurate assessments and accessible data. Solving the LSCO gap-crossing challenge requires a deliberate process that links geospatial data, reconnaissance, design, and construction.
Geospatial engineers should maintain bridge databases through the Reach-Back Engineer Data and Information system. Reconnaissance teams validate bridge conditions and upload updated assessments, while U.S. Army Corps of Engineers designers use this information to produce rapid overbridging solutions. Construction companies then execute repairs and feed new data back into the system, creating a continuous cycle that improves future operations.
As Lt. Col. Zachary Griffiths argues in Military Review, the Army needs greater discussion on the employment and structure of engineer bridging units. Establishing a deliberate data-management cycle at the division level directly supports this effort by building the technical proficiency necessary for future LSCO operations.
Conclusion
Future success in large-scale combat operations depends on keeping formations moving despite damaged infrastructure. Division engineers must train collectively on bridge reconnaissance, overbridging, and data management while integrating design and geospatial capabilities into routine operations. At the same time, U.S. Army Corps of Engineers and Army Reserve leaders should improve access to COTS bridging equipment for training and contingency use.
By leveraging existing infrastructure, expanding overbridging capabilities, and investing in bridge data management today, the Engineer Regiment can preserve freedom of maneuver and prevent operational momentum from becoming a casualty of a destroyed bridge. Essayons!
Legal Disclaimer:
EIN Presswire provides this news content "as is" without warranty of any kind. We do not accept any responsibility or liability for the accuracy, content, images, videos, licenses, completeness, legality, or reliability of the information contained in this article. If you have any complaints or copyright issues related to this article, kindly contact the author above.
