EVE Echoes Raven PvP Fitting and Strategy Guide

To run a successful Raven PvP fit in EVE Echoes, set up the Caldari battleship as an active-shield brawler using heavy torpedoes or long-range cruise missiles, supported by mid-slot electronic warfare to force missile damage onto fast targets. Your immediate action when building the fit is to select your engagement range, lock down your mid-slot application modules, and balance shield repair modules against capacitor drain.

Weapon Configuration: Torpedoes vs. Cruise Missiles

Your launcher choice defines your engagement envelope and tactical role in solo or small-gang combat.

• Torpedo Launchers: Deliver peak kinetic and thermal burst damage at close range. They excel at breaking battleships, battlecruisers, and heavy interdictors inside warp scrambler range. However, their slow explosion velocity and wide explosion radius sharply reduce applied damage against fast cruisers and frigates unless paired with electronic warfare.
• Cruise Missile Launchers: Project damage beyond 70 kilometers, keeping your hull clear of heavy tackle and scramblers. This setup works well for gate camp support and defensive skirmishes. The trade-off is lower burst DPS and extended missile travel times, giving targets time to cycle repairs or initiate warp before volleys land.

Recommended PvP Module Layout

A standard combat configuration relies on active shield repairs, target control, and launcher damage bonuses.

An Afterburner is preferred over a Microwarpdrive for brawling. While a Microwarpdrive offers high burst speed, its signature radius bloom dramatically increases incoming damage from hostile weapons. An Afterburner preserves your baseline signature while providing sufficient speed to manage range against webbed opponents.

Mid-Slot Application and Tackle Control

Missiles never miss their target in EVE Echoes, but damage scales down heavily when a target ship is smaller than the missile's explosion radius or moves faster than the explosion velocity. Mid-slot electronic warfare solves this limitation:

1. Warp Scrambler: Immediately disables enemy Microwarpdrives, preventing interceptors and cruisers from burning out of range.
2. Stasis Webifier: Drastically cuts the target's speed, bringing their velocity close to zero and matching your torpedo explosion velocity.
3. Target Painter: Expands the hostile ship's signature radius, allowing torpedoes to apply full damage to medium and small hulls.

Capacitor Management Under Energy Warfare

Running an active Large Shield Booster drains capacitor quickly, leaving you vulnerable to shut shut-down from energy neutralizers like those on the Armageddon or Ashimmu.

• Capacitor Booster Reliance: Carry a Large Capacitor Booster loaded with booster charges to inject immediate energy during high-pressure engagements.
• Staggered Repair Cycles: Do not leave your shield booster on auto-repeat against neutralizer ships. Cycle the booster only when shield hit points drop, preserving capacitor for tackle modules and hardeners.
• Energy Nosferatu Alternative: If cargo space limits your booster charge capacity, run an Energy Nosferatu against smaller enemy craft to draw steady capacitor reserves.

Grid Piloting and Target Priority

When landing on grid, assess the enemy fleet composition immediately to protect your active tank:

• Eliminate Fast Tackle: Frigates and interceptors will attempt to establish an orbit inside 10 kilometers. Overload your Stasis Webifier and Target Painter, deploy light combat drones, and clear small tackle before their heavier fleet members apply sustained damage.
• Break Remote Logistics: If the hostile gang brings logistics cruisers, focus fire on them first. Overheat your Ballistic Control Systems and fire full launcher volleys to overpower their repair cycles.
• Pre-Align for Extraction: In high-risk fights, align toward an outbound celestial object while actively managing tackle. If your active shield tank begins to fail or enemy reinforcements arrive, you can warp out the moment incoming warp disruption breaks.