Which mitigations best support mobility and mitigate counter-mobility effects to preserve mission tempo?

• A. Engineer-enabled mobility, redundancy, and pre-planned alternate routes with security.
• B. Increased armor on vehicles and longer supply lines.
• C. Slower movement to reduce exposure.
• D. Centralized command with fewer routes.

Answer: (A)

Maintaining mobility while countering counter-mobility means keeping forces moving quickly even when obstacles and threats try to slow them down. The strongest approach combines engineering to remove or overcome barriers, redundancy so there are multiple viable routes, and pre-planned alternate routes with security to keep the mission on track if one path is blocked.

Engineer-enabled mobility directly improves the ability to move—clearing obstacles, repairing or building roads and bridges, and ensuring routes can handle the expected traffic. Redundancy adds resilience: having several viable routes means a setback on one path doesn’t stop the operation. Pre-planned alternate routes with security ensures you already know safe, rapid ways to reroute if needed and that those routes are protected and ready to use, preserving the tempo.

Other options slow you down or reduce flexibility without delivering the same sustained speed. More armor and longer supply lines increase load and risk, slowing movement and creating new vulnerabilities. Slower movement to reduce exposure undermines tempo by design. Centralized command with fewer routes reduces adaptability and leaves you vulnerable to disruptions along a single path.

So, engineering mobility, along with redundancy and pre-planned secure alternates, best preserves mission tempo in the face of counter-mobility.