EVE Echoes Fitting Guide: Slots, Rigs, and Module Tiers

To fit a ship in EVE Echoes, match your high, mid, and low modules to your hull's innate role bonuses while keeping total Powergrid (PG) and CPU usage within your ship's baseline capacity. A viable fit balances offensive range, electronic warfare, and a single defensive layer without depleting your capacitor in active combat.

High Slots: Weapon Selection and Hull Synergy

High slots provide primary damage output or mining yield. Always equip weapon types that match your hull’s built-in bonuses, such as optimal range, tracking speed, or damage multipliers. Equipping lasers on a projectile- or railgun-bonused hull forfeits these bonuses and lowers overall combat efficiency.

High-slot combat systems fall into three operational profiles:

Short-Range Brawling Weapons: Blasters, autocannons, pulse lasers, and torpedoes deliver high tracking speed and high raw damage at close range. They require heavy Powergrid allocations and close positioning.
Long-Range Sniping Weapons: Railguns, strike cannons, beam lasers, and standard missiles engage targets at long distances. Slower tracking makes applying damage difficult against small, fast targets at close range.
Drone Integration: Drone-focused hulls use high slots for auxiliary turrets or utility tools while relying on drone bay capacity and bandwidth for primary damage, conserving capacitor for defenses.

Mid Slots: Tactical Control and Electronic Warfare

Mid slots govern target control, electronic warfare (E-War), and energy management. These modules control engagement distance, disable enemy propulsion, or alter target signatures.

Module Class	Tactical Function	Operational Restriction
Warp Disruptor	Prevents the target from initiating warp.	Long operational range with low tackle strength; does not disable Microwarpdrives.
Warp Scrambler	Prevents warp and shuts down enemy Microwarpdrives (MWD).	Short operational range with higher tackle strength.
Stasis Webifier	Drastically reduces enemy sub-warp flight speed.	Requires close-to-medium range; improves weapon tracking against fast targets.
Target Painter	Increases the target's signature radius.	Increases missile and heavy turret damage application against smaller hulls.
Energy Nosferatu	Drains capacitor energy from the target to your ship.	Only transfers energy if your current capacitor percentage is lower than the target's.
Energy Neutralizer	Destroys a flat amount of the target's capacitor energy.	Consumes high capacitor from your own ship upon activation.

Low Slots: Tanking and Propulsion

Low slots house defensive repairers, resistance hardeners, weapon damage amplifiers, and propulsion drives. Always commit to a single defensive tanking style. Never mix active shield boosters with active armor repairers, as doing so splits your capacitor pool and wastes module capacity.

Defensive Layering

Equip active resistance hardeners or reactive modules to reinforce your chosen defense against specific damage profiles (electromagnetic, thermal, kinetic, and explosive). If running active armor repairers or shield boosters, include at least one weapon damage modifier—such as a Magnetic Field Stabilizer or Ballistic Control System—to eliminate targets before your capacitor runs dry.

Propulsion Options

Afterburners (AB): Provide moderate sub-warp speed increases with low capacitor consumption and zero signature radius penalty. Afterburners remain functional when hit by Warp Scramblers, making them reliable for brawling and signature tanking.
Microwarpdrives (MWD): Provide massive speed boosts to cover large distances quickly. In exchange, they reduce your maximum capacitor pool by up to 25% and inflate your ship's signature radius by several hundred percent, making your hull significantly easier for heavy weapons to hit.

Rigs: Combat and Engineering Calibration

Rigs grant permanent attribute bonuses without consuming CPU or Powergrid, relying instead on a hull's Calibration Points. Once installed, rigs cannot be removed without destroying them.

Combat Rigs: Focus on damage output and damage mitigation. Use rate-of-fire and weapon damage rigs to overcome enemy passive regeneration. For defense, use resistance rigs to plug specific hull vulnerabilities, such as the EM resistance deficit on Caldari shields or the explosive deficit on Minmatar armor.
Engineering Rigs: Modify ship resources. Install Ancillary Current Router rigs to expand Powergrid overhead when fitting oversized weapons. Install Capacitor Control Circuit rigs to boost passive capacitor recharge for demanding active-tank setups.

Module Tiers and Fitting Overhead

Modules are divided into tiers that dictate performance stats, fitting costs, and ISK value:

MK Series (MK3 to MK9): Inexpensive and readily available on regional markets. They provide baseline performance but demand higher CPU and Powergrid allocations.
Storyline Modules: Feature lower fitting requirements and reduced activation costs, making them useful when a build barely exceeds available Powergrid or CPU.
Deadspace Modules (C-Type, B-Type, A-Type): Provide high stat bonuses, improved optimal ranges, and lower capacitor consumption at a higher purchase price.
Officer Modules: Deliver maximum statistical performance at an extreme ISK cost, significantly raising your financial risk if destroyed.

Before taking a newly fitted ship into combat, train relevant support skills—specifically Powergrid Management and Weapon Upgrades—to ensure your hull can sustain module activations without overtaxing its grid.