Booster Recovery Terminal Descent
DESCENT PROFILE: ACTIVE
ALT: 1240 m
V-VEL: -38 m/s
TILT: 1.2°
THRUST: OFF
Interactive Flight Control: Steer the Super Heavy booster using grid fins (arrows/touch) and engage Raptor landing burn to touch down gently between Mechazilla catch arms. Tap Raptor Burn before touchdown (V-VEL < 15 m/s) to achieve a successful catch.
SOURCE CONTEXT: @SpaceX DOCUMENTARY
“A fully and rapidly reusable rocket will fundamentally change how humanity accesses outer space.” From scrappy Falcon 1 Kwajalein grasshopper hops to catching 232-foot stainless steel boosters out of mid-air, SpaceX demonstrated that rocketry capital cost drops exponentially when flight hardware is treated like commercial airliners rather than single-use expendables.
Economic Telemetry & Fleet Amortization
VALIDATED REUSE ENGINE
Presets:
Cost Per Ton to Orbit
$10,667
Annual Delivered Tonnage
18,000tons
Amortized Launch Cost
$1.6M
Cumulative Savings vs Exp.
$28.4B
Architecture Status
Fully Rapidly Reusable Active
Launch Cadence / Year
120 flights
Payload to Orbit (LEO)
150 tons
Propellant Cost / Launch
$1.20M
Refurbishment Overhead
$250k
Active Fleet Size
10 vehicles
Booster Recovery Rate
94%
Cumulative Launch Expenditure (Expendable Baseline vs Reusable Architecture)