thrust-to-weight

Acceleration capacity ratio

Thrust-to-weight is a ratio comparing the thrust produced by an engine to the weight of the object it propels, often used in aerospace and rocketry.

A thrust-to-weight ratio greater than 1 means the object can accelerate vertically, as in rockets or fighter jets.

High ratios are critical for rapid maneuverability in supersonic aircraft and for escaping Earth’s gravity during launches.

The Falcon 9 rocket’s thrust-to-weight ratio allows it to lift payloads into orbit efficiently.

aerospace

fighter jet

Armed military aircraft

climb rate · acceleration · takeoff · propulsion · engine power · airframe · combat aircraft · supersonic · payload capacity · staging

automotive

dragster

Acceleration-built race vehicle

acceleration · quarter mile · launch · top fuel · hypercar · Bugatti · lightweight · carbon fiber · turbocharger · sprint

performance

acceleration

Rate velocity changes

handling · dogfight · intercept · vertical climb · energy management · rate of climb · ceiling

engineering

ratio

Comparative numerical relation

materials science · titanium · composites · power density · miniaturization · specification · benchmark · comparison · metric

Opposites
performance metric type

thrust-to-weightfuel efficiency

Output per unit burned

range · endurance · fuel economy · payload capacity · miles per gallon

design philosophy

thrust-to-weightunderpowered

Lacking adequate force

sluggish

engineering priority

thrust-to-weighteconomy

System of trade and production

efficiency · fuel conservation · endurance · sustainability

Family

thrust, weight, thrusts, thrusted, thrusting, thruster, thrusters, weights, weighted

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Used worldwide · Timeless · Rated G