We've shared our own fleet as a starting point, and we're eager to hear about and feature other players' builds as well. This site aims to bring inspiration and guidance for creating your own unique builds. Building a ship requires significant time and personal investment. Elite Dangerous ships serve as a player's "character," and there are countless possibilities for customizing them.
The prototype will demonstrate the capability to combine high-power laser beams into a single beam.ĭynetics, a wholly-owned subsidiary of US-based engineering company Leidos, is also scaling up the power of their proven 100kW-class High Energy Laser Tactical Vehicle Demonstrator (HEL-TVD) system to a 300kW-class IFPC-HEL system for the US Army.Welcome to Elite Dangerous Ship Builds - a platform that provides detailed ship configurations for players to explore. In July 2022, the company completed the preliminary design review for the prototype, which will feature an architecture with the potential to be scaled up to a power level of more than a megawatt, depending on the requirement. The contract’s objective was to showcase a 300kW HEL prototype incorporating Northrop Grumman’s CBC technology. The US DoD awarded a $72m contract to Northrop Grumman, an aerospace and defence company based in the US, under HELSI in March 2021.
Other players involved in the 300kW-class HELWS development It can also provide a deeper magazine at a lower cost per shot than conventional munitions. It can engage targets at the speed of light with high precision, limited collateral damage and no time of flight. The DEW system involves lightweight hardware and can engage targets instantaneously, offering a solution to ever-changing threats and reducing the logistical requirements associated with traditional kinetic weapons. Operational advantages of the directed energy weapon (DEW) system The latest improvements in the architecture have allowed the company’s single-beam distributed gain laser to achieve beam quality similar to that of fibre lasers without requiring any beam combination. The laser weapon system prototype will be a packed version of GA-EMS’ seventh-generation distributed gain design, employing two advanced laser heads in a very compact and lightweight package.
Laser dolphin weapon software#
The prototype will utilise GA-EMS’ scalable, distributed gain laser technology with Boeing’s beam director and precision acquisition, tracking and pointing software to offer a comprehensive demonstrator system. GA-EMS and Boeing will deliver a high-power, compact laser weapon subsystem prototype, which is expected to produce a lethal output greater than anything fielded to date. Lockheed Martin’s 300kW-class laser can be integrated with the US Army’s IFPC-HEL demonstrator laser weapon system. The system comprises a laser weapon and a multispectral targeting system mounted on the back of a tactical vehicle. The HELWS will serve as a mobile laser system with counter-unmanned aerial system (C-UAS) capability for air defence.
In May 2023, nLight received an $86m multi-year contract to produce a HEL prototype for the next phase of development in support of the HELSI programme, which is expected to begin in late 2023. The team will deliver a 300kW-class distributed gain laser with an integrated beam director developed by Boeing. Subsequently, General Atomics Electromagnetic Systems (GA-EMS), an affiliate of General Atomics, teamed up with aircraft manufacturer Boeing to demonstrate a design for a 300kW-class solid state distributed gain HELWS in October 2021.
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