What to know
The Mirai Razor is a racing ship developed for the 2947 Murray Cup. High acceleration, precise thrusters, and strong braking reward a pilot who links each corner to the next without wasting speed.
Razor specifications
Built for technical racing
The Razor is a compact racing ship built for technical courses. Low mass, precise thrusters, and strong braking reward a pilot who carries speed cleanly from one corner to the next.
Light, precise, and made for technical circuits
The Razor is fastest when the pilot links braking, rotation, and acceleration into one smooth line instead of relying on a single burst of straight-line speed.
Development note: The Razor is flight ready and entered the live game in Alpha 3.1.0. Because Star Citizen remains in active development, specifications, features, and imagery may change over time.
Low mass, precise thrust, and strong braking
Every major system is focused on lap time: the light chassis changes direction quickly, the thrusters respond precisely, and the brakes prepare the ship for the next acceleration zone.
Low mass helps the Razor accelerate, brake, and change direction quickly on a technical course.
Responsive thrust gives the pilot fine control while linking one turn to the next.
Predictable deceleration lets the pilot brake late, rotate cleanly, and return to power sooner.
A composite collection surface gathers hydrogen during flight and supports the Razor's compact racing layout.
Smooth acceleration protects the racing line into the opening corner.
At racing speed, small steering mistakes become expensive.
The Razor's Xi'an-inspired racing response
The Razor combines compact dimensions with advanced thrusters for quick, precise direction changes. Every clean input preserves speed; every unnecessary correction costs time.
A light cockpit wrapped around precision thrusters
Build speed cleanly enough to arrive at the first braking point on the intended line.
Link braking, rotation, and acceleration without asking the ship to correct the same turn twice.
Compare braking points, line choice, heat, and control inputs before changing the setup.
Build a clean lap in the Razor
A fast Razor lap comes from a controlled launch, precise braking, smooth direction changes, and a setup the pilot can improve between runs.
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Tune the ship for the course
Use the slowest corner, longest acceleration zone, and cooling demand to guide the setup.
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Arrive at the first turn on line
Build speed smoothly, then reach the first braking point settled and ready to turn.
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Link each corner to the next
Brake, rotate, and accelerate as one sequence so the Razor carries useful speed through the full course.
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Find where the lap lost time
Use the timer and control data to separate a setup problem from a mistake on the course.
Race-day details on the Razor
Compact proportions, precision thrusters, responsive braking, and a simple single-seat cockpit define how the Razor feels on a technical circuit.
Two Size 2 gun mounts and two Size 1 missiles provide basic protection away from the circuit.
The engines are built for repeated acceleration across a full lap rather than one isolated sprint.
Small inputs let the pilot connect braking, rotation, and acceleration without wasting momentum.
Stable deceleration helps the ship rotate cleanly and return to power before the next sector.
One pilot, one clean racing line
Setup, braking points, line choice, and every correction remain in the pilot's hands.
Turn consistent inputs into faster laps
The pilot learns the Razor by making measured changes, repeating clean lines, and using the timer to see what actually improved.
Balance cooling, braking, and control response around the sections most likely to cost time.
Smooth inputs preserve speed and make it easier to understand what the ship is doing.
Compare the timer and control data before adjusting the next setup value.
Find your Razor
Explore in-stock Razor ships, upgrades, and game packages available from The Impound.