Vulcan begins every mission with a 4-mile crawl to Space Launch Complex-41

The Mobile Launch Platform carries the vehicle fully stacked and mission-ready

This slow-motion trek allows teams to run final system checks en route

Rollout day is a launch in itself—precision, choreography, and raw engineering pride

👉 Scroll to see how Vulcan stands tall on the pad before ignition—next: the pad reveal....

SLC-41 has hosted Titan, Atlas, and now Vulcan—the next-generation heavy lifter

Ground umbilicals load super-cold propellants just minutes before launch

The pad’s lightning towers shield the rocket from Florida’s volatile weather

Every cable, clamp, and fuel line exists for one purpose: lift Vulcan skyward

👉 Scroll to witness Vulcan leave Earth, next up: launch ignition....

Vulcan’s first stage is powered by two BE-4 engines, producing 550,000+ lbs of thrust each

At liftoff, Vulcan pushes with over 2 million pounds of total thrust

Strap-on GEM-63XL solid boosters provide an additional 1.5M lbs of thrust when configured

Vulcan is designed for missions from LEO to interplanetary, including future crew-rated variants

The rocket’s flight computer uses triple-redundant guidance systems derived from Atlas V heritage.

👉 Scroll for the grand finale—Vulcan’s arc across the Florida sky....

ULA launched the Vulcan Cert-1 from Cape Canaveral, January 2024

Night launches provide better tracking of exhaust plumes and staging events due to high contrast against the sky

Turbopump exhaust and BE-4 methane burn appear blue-white — more visible during low-light conditions

Temperature and atmospheric stability at night often result in smoother winds aloft, ideal for heavy missions.

Vulcan’s Cert-1 night launch reached orbit 57 minutes after liftoff before deploying payloads toward cislunar space.