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7. Deep Dive: Combat Engineering

Quote

"If you can’t go through it, blow it up or build a bridge." – Sapper’s Motto.

Flashpoint Campaigns: Cold Warsupports various battlefield operations, including the use of engineer units to shape the battlefield through mobility, survivability, and fortification tasks. Engineer units are crucial in constructing defensive positions, clearing obstacles, breaching enemy fortifications, and laying minefields to control key terrain.

Note

Although NATO and Warsaw Pact engineers use different vehicles, the engineering tasks—such as breaching obstacles, placing mines, or demolishing bridges—work similarly in-game. Focus on the timing and sequencing of your engineering missions, not the faction-specific tools.

This tutorial focuses on Engineer Operations, detailing how these units can be effectively deployed and utilized to enhance battlefield effectiveness.

7.1 What are Engineer Operations

Engineer operations utilize specialized engineering units to manipulate the battlefield environment, supporting friendly forces or hindering enemy movement. These operations can be defensive (such as fortifications and mine laying) or offensive (including breaching and obstacle clearance).

7.2 Key Features of Engineer Operations

Engineer Operations are essential to enhancing battlefield mobility, counter-mobility, and survivability. Key features include breaching obstacles, constructing fortifications, laying or clearing minefields, building bridges, and supporting route clearance. Engineers also assist in preparing defensive positions, improving infrastructure, and providing specialized support such as demolitions and water purification. Their versatility ensures freedom of movement for friendly forces while impeding enemy operations.

7.2.1 Engineering Tasks and Capabilities

  • Obstacle Breaching: Engineers clear enemy minefields, roadblocks, and other obstacles to ensure unit mobility.

  • Fortifications & Fieldworks: Engineers construct defensive positions to improve unit survivability.

  • Bridge Construction/Destruction: Some scenarios allow engineers to build or demolish bridges, affecting force mobility.

7.2.2 Using Engineer Units Effectively

  • Engineers must be positioned near the designated engineering task to begin their operation.

  • Tasks such as clearing fortifications or breaching take time, so planning is essential.

  • Units assigned to breaching operations must have the necessary engineering support and be protected from enemy interference.

7.2.3 Execution of Engineer Operations

  • Engineers receive orders to conduct a specific task

  • They must complete their task before units can utilize their efforts.

  • Supporting units should secure the area to ensure the successful execution of engineering missions.

7.2.4 Post-Operation Considerations

  • Engineer units can be repositioned after completing tasks to support additional objectives.

  • Defensive structures and minefields remain in place throughout the battle, shaping the engagement area.

  • Engineers should be protected, as they are essential force multipliers vulnerable in direct combat.

7.3 Engineer Units and Vehicles

In this tutorial, we’ll explore the engineering platforms. To access the following information, highlight the unit and open the Dashboard (F4) and the Subunit Inspector (F6).

7.3.1 Engineers

Engineers are specialized military forces responsible for supporting mobility, counter-mobility, survivability, and general engineering tasks on the battlefield.

Their roles are crucial in offensive and defensive operations. They enable troops to maneuver effectively while impeding the enemy’s movement.

7.3.1.1 Roles in Combat for the Engineers

  • Mobility Support—Constructs roads, clears obstacles, and provides bridge solutions to ensure friendly forces can advance.

  • Counter-Mobility – Slowing or stopping enemy advances through fortifications, minefields, and demolition operations.

  • Survivability – Constructing defensive positions, bunkers, and obstacles to protect forces and personnel.

  • Assault Breaching – Supporting frontline troops in breaching enemy defenses through demolition and mine clearance.

7.3.2 Combat Engineer Vehicles

Combat Engineer Vehicles (CEVs) are specialized armored vehicles designed to support combat engineers in battlefield operations.

Their primary roles include breaching obstacles, clearing mines, constructing fortifications, and supporting mobility and counter-mobility tasks. Both NATO and the Soviet Union developed various Combat Engineer Vehicles (CEVs) to enhance their operational effectiveness in mechanized warfare.

7.3.2.1 Roles in Combat for the CEV

  • Obstacle Breaching & Removal – CEVs were used to clear minefields, break through enemy obstacles, and remove debris blocking movement.

  • Mine Clearing – Some CEVs had mine plows or rollers to clear paths through minefields.

  • Bridge Layer Support: Assist bridge-laying vehicles by preparing crossing sites and removing obstacles to ensure safe and efficient operations.

  • Construction & Demolition – Excavation for fighting positions, road repair, and destruction of enemy fortifications.

  • Defensive Fortifications – Digging trenches, tank ditches, and setting up barriers.

7.3.3 Armored Vehicle-Launch Bridge (AVLB)

Armored Vehicle Launch Bridges (AVLBs) are specially designed vehicles that deploy portable bridges, allowing troops and vehicles to cross obstacles such as rivers, ditches, and damaged infrastructure.

These vehicles are crucial in mobility and sustaining operational momentum, especially in mechanized warfare.

7.3.3.1 Roles in Combat for the AVLB

  • Rapid Mobility Support – deploying bridges to help mechanized forces cross obstacles quickly.

  • Tactical Flexibility - enabling maneuver units to bypass chokepoints or destroyed bridges.

  • Armored Protection – providing bridge-laying capability while under potential enemy fire.

  • Logistics Support – assisting in rear-area movement of reinforcements and supply convoys.

7.4 Breaching, Clearing, and Demolition

Combat engineers play a critical role in shaping the battlefield by conducting essential breaching and clearing operations. They breach obstacles such as wire, barricades, and roadblocks to open pathways for advancing units, employing demolition charges, Bangalore torpedoes, and specialized equipment.

Simultaneously, they breach minefields by identifying, marking, and neutralizing mines to establish safe lanes for friendly forces, utilizing mine plows, rollers, and explosive line charges.

Engineers also clear improved positions by dismantling or neutralizing enemy fortifications, such as bunkers and trenches, ensuring the area is secure for friendly occupation. When necessary, they execute demolition operations to destroy bridges, strategically denying the enemy key crossing points while coordinating detonations to align with overall mission objectives.

7.4.1 Breaching Obstacles

Breaching Obstacles is a systematic process involving clearing, bypassing, or reducing barriers—natural or man-made—that impede military operations and movement.

Common obstacles include enemy fortifications, minefields, barbed wire, tank ditches, roadblocks, and urban rubble.

Effective breaching is critical in maneuver warfare to ensure freedom of movement for friendly forces, maintain operational tempo, and sustain momentum during offensive actions.

7.4.2 Breach Minefields

Breaching minefields involves detecting, marking, and removing or neutralizing mines to enable safe passage for friendly forces and equipment.

Combat engineers typically perform this task using specialized equipment and procedures such as mine detectors, mine-clearing line charges (MICLIC), mechanical clearing vehicles, or manual clearance techniques.

Utilize engineer units to systematically clear minefields, prioritizing critical avenues of approach to maintain tactical mobility and operational momentum. Clearing operations can also involve explosive breaching methods to quickly create lanes through minefields during combat.

7.4.3 Clearing Improved Position

Engineers can clear improved positions by dismantling or neutralizing enemy fortifications, including bunkers, trenches, and other defensive structures.

This operation involves removing physical barriers, explosive devices, and any remaining enemy presence to secure the area for friendly forces to occupy or maneuver through.

7.4.4 Destroying Bridges

Destroying a bridge is a deliberate engineering operation to deny the enemy a critical crossing point. This involves placing and detonating demolition charges at key structural points to collapse the bridge, rendering it impassable.

The operation may also include setting time-delay fuses or remote detonations to coordinate with the tactical plan.