Infantry Anti-Tank Guide: Armor Combat and Mobility Kills

Why must infantry avoid firing at vehicle front armor (Red Zone)?

In WARDOGS, firing anti-tank rockets or high-explosive ordnance into the front glacis plate of a main battle tank is almost completely ineffective. Heavy tanks feature composite armor, reactive tiles, and severe hull sloping that deflect and absorb between 80% and 90% of incoming kinetic and shaped-charge damage. For vehicle baseline armor pools and crew capacities, consult the Tanks and Armor Guide.

On the infantry HUD, targeting the frontal arc of a tank highlights the target reticle in red—commonly referred to by veteran players as the “Red Zone”.

                       [ FRONT GLACIS: "RED ZONE" ]
                   (80% - 90% Damage Absorbed / Ricochets)
                             ┌───────────────┐
                             │   Main Gun    │
                             │   ┌───────┐   │
  [ SIDE SKIRT: YELLOW ] ────┼───┤TURRET ├───┼──── [ SIDE SKIRT: YELLOW ]
  (60% - 75% Damage Taken)   │   │       │   │     (60% - 75% Damage Taken)
                             │   └───────┘   │
                             │  ENGINE DECK  │
                             └───────┬───────┘
                                     │
                       [ REAR EXHAUST: "GREEN ZONE" ]
                      (250% Critical Damage / 1-Hit Kill)

Ballistic Angles and Deflection Physics

When an RPG-7 or MAAWS projectile strikes armor at an angle greater than 60 degrees from normal, the projectile suffers a deflection ricochet. The explosive jet detonates prematurely in open air, dealing zero damage to the internal crew compartment:

Frontal Upper Glacis: 10% to 15% effective penetration damage.
Turret Cheeks: 15% to 20% effective damage; high probability of reactive armor detonation without hull damage.
Lower Front Plate (Underbelly): 40% damage (the only frontal weakspot, vulnerable only when a tank crowns a ridge).

How do you achieve mobility kills against heavy armor?

When facing superior armor, your first objective as infantry is not immediate vehicle destruction—it is securing a Mobility Kill. An immobilized tank cannot advance into the objective, cannot flee artillery barrages, and is easily finished off by coordinated infantry fire.

Targeting Drive Sprockets and Tracks

Tank track assemblies operate with a dedicated 450 HP component health pool separate from the main hull health:

Drive Sprocket Vulnerability: Aim rockets at the large front idler wheel or rear drive sprocket. A single direct hit from an RPG-7 HEAT warhead or MAAWS rocket strips the track link instantly.
Fixed Traverse Lockdown: Once both tracks are broken, the vehicle cannot pivot. While the driver is trapped, the turret can only rotate at its mechanical traverse limit of 24 degrees per second, creating massive blind spots directly behind the hull.
Crew Repair Interruption: Repairing damaged tracks requires a crew member to dismount with a Repair Torch for 12 continuous seconds. Position designated marksmen to eliminate dismounting mechanics the instant vehicle hatches pop open.

What is the explosive placement math for IEDs and C4 charges?

Improvised Explosive Devices (IEDs) and magnetic C4 plastic explosives are the deadliest close-range tools available in the Gear and Equipment Database. However, haphazard placement wastes expensive equipment.

Exact Explosive Requirements by Armor Facing

The following mathematical thresholds determine instant destruction versus non-lethal component damage:

Rear Engine Deck (The 1-IED Rule): Placing exactly 1 IED on the top rear engine slats or exhaust manifold triggers an instant catastrophic explosion (100% hull damage and ammo cook-off).
Side Hull / Track Skirts: Detonating 2 IEDs simultaneously on the side armor destroys the track assembly and drops vehicle hull HP to critical burning status.
Frontal Armor: Requires 3+ IEDs to achieve a kill. Never place ambush charges facing the expected frontal ingress corridor.
Magnetic C4 Satchels: C4 charges deal slightly less raw blast damage than heavy IEDs. It requires 2 C4 charges placed directly on the turret ring or rear hull to destroy a Main Battle Tank. A single C4 will only disable optics and blow off track links.

How should RPG-7 and MAAWS operators coordinate volleys?

Solo anti-tank rocketeers rarely survive encounters with experienced armor crews. To ensure consistent kills, two-man infantry anti-tank teams must synchronize their firing sequence. For weapon damage figures and launcher stats, review the Launchers Guide and optimize your kit using the Best Loadouts Guide.

Defeating Explosive Reactive Armor (ERA) and Active Protection Systems (APS)

Modern armored vehicles in WARDOGS are equipped with defensive countermeasure packages:

Stripping ERA Bricks: Heavy tank side skirts are lined with explosive reactive armor bricks that detonate outward, neutralizing the first shaped-charge jet. Operator 1 fires a standard RPG-7 rocket to detonate the ERA module, creating a bare-metal exposure.
The Follow-Up Penetration: Operator 2 immediately fires a tandem-charge MAAWS or RPG-29 rocket into the exposed hull pocket within 2 seconds of the first blast, bypassing armor mitigation completely.
Baiting Active Protection Systems (APS): High-tier tanks feature automated hard-kill APS systems that shoot down incoming missiles within 20 meters (15-second recharge). Bait the APS interceptor using an inexpensive disposable LAW or underslung 40mm HEDP grenade before firing your primary heavy anti-tank missile.

How do ground squads counter enemy Rocket Helicopters?

Attack and rocket transport helicopters pose an existential threat to infantry holding the Control Zone. Equipped with 70mm unguided rocket pods, a skilled pilot can wipe entire squads in a single diving strafe. For flight characteristics, check the Helicopters Guide.

MANPADS Lock-On Discipline and Flare Tracking

The most effective anti-air tool is the Verba 9K333 MANPADS:

Baiting the Flare Drop: Never fire your missile immediately upon achieving lock tone. Experienced pilots dump flares the instant their radar warning receiver beeps. Hold your lock for 2 seconds without firing.
The 12-Second Flare Cooldown: Once the pilot deploys defensive flares, start a mental countdown. Aircraft countermeasure dispensers have a mandatory 12-second recharge cycle. Launch your missile 2 to 3 seconds after the flare cloud disperses behind the aircraft to guarantee a direct kinetic impact.

Concentrated Small Arms and .50 Caliber Suppression

If your squad lacks dedicated surface-to-air missiles, coordinate focused fire from light machine guns and vehicle-mounted .50 caliber heavy machine guns:

Aim for the Tail Rotor: The tail rotor assembly has no armored plating. Concentrated 7.62x51mm or .50 BMG fire damages tail rotor control linkages, causing the helicopter to enter an unrecoverable yaw spin.
Cockpit Glass Penetration: High-caliber armor-piercing rounds (7.62x54mmR and .338 Lapua) penetrate front cockpit glass, allowing sharpshooters to neutralize the pilot directly during steep dive profiles.

Anti-Tank Ordnance Comparison Table

Weapon System	Ammo Type	Damage vs Rear	Blast Radius	Unit Cost	Optimal Engagement Range
RPG-7V2	PG-7VR Tandem HEAT	850 HP (Critical)	3.5 m	$1,200	50m – 150m
MAAWS M3	84mm HEDP / HEAT	920 HP (Critical)	4.0 m	$1,800	100m – 300m
M72 LAW	66mm HEAT	420 HP (Moderate)	2.0 m	$450	25m – 75m
Heavy IED	Pressure / Radio Det	1,600 HP (Instant Kill)	7.5 m	$900	Contact (0m)
C4 Satchel	Magnetic Adhesive	800 HP (Severe)	5.0 m	$650	Contact (0m)
Verba 9K333	IR Homing MANPADS	950 HP (Aircraft Kill)	6.0 m	$2,200	200m – 800m (Air Only)

Sources

Source: Latest game version.