This image shows an evening view gantry at Pad 0B at the Mid-Atlantic Regional Spaceport, at NASA's Wallops Flight Facility in Wallops Island, Va., on Sept. 4, 2013. In this photograph, the gantry surrounds the Minotaur V rocket that will launch NASA LADEE. The gantry is now removed and the Minotaur is getting ready to launch LADEE at 11:27 p.m. EDT tonight. Image credit: NASA Wallops/Patrick Black

Aerial views of Gantry and moonscape pavement below. Building 1297 Impact Dynamic Research Facility

Aerials: Lunar Landing Research Gantry Facility1297

Astronauts John H. Glenn Jr. (center), and John Peterson (right), in gantry viewing Mercury Spacecraft during assembly. CAPE CANAVERAL, FL B&W

GANTRY - ASTRONAUT GLENN - CAPE

Rainwater Biofilter

NASA Kennedy Space Center’s unrivaled dedication to the environment is highlighted through a variety of environmental programs and projects. Through a partnership with Jacobs Technology, Inc., teams have constructed a bio-filter – made of layered rock, soil, and native plants – as an eco-friendly way to filter zinc out of rainwater runoff. Photographed on Sept. 29, 2020, at the Florida spaceport’s Launch Complex 39 observation tower, the bio-filter catches water that runs off of this location’s galvanized roof, which contains a coating of zinc to help protect the metal from rust or corrosion. The plants in the bio-filter bind to the zinc so that when the water comes out of the bottom, it’s clean and safe to go into the Indian River Lagoon – its waterline located about 20 to 30 feet away.

Rainwater Biofilter

NASA Kennedy Space Center’s unrivaled dedication to the environment is highlighted through a variety of environmental programs and projects. Through a partnership with Jacobs Technology, Inc., teams have constructed a bio-filter – made of layered rock, soil, and native plants – as an eco-friendly way to filter zinc out of rainwater runoff. Photographed on Sept. 29, 2020, at the Florida spaceport’s Launch Complex 39 observation tower, the bio-filter catches water that runs off of this location’s galvanized roof, which contains a coating of zinc to help protect the metal from rust or corrosion. The plants in the bio-filter bind to the zinc so that when the water comes out of the bottom, it’s clean and safe to go into the Indian River Lagoon – its waterline located about 20 to 30 feet away.

Rainwater Biofilter

NASA Kennedy Space Center’s unrivaled dedication to the environment is highlighted through a variety of environmental programs and projects. An up-close view of the plants that make up a bio-filter constructed by teams with Kennedy and Jacobs Technology, Inc. is shown on Sept. 29, 2020. The bio-filter – made of layered rock, soil, and native plants – is used to catch and filter zinc out of rainwater that runs off of the roof at the Florida spaceport’s Launch Complex 39 observation tower. Many facilities at Kennedy have galvanized roofs, which contain a coating of zinc to help protect the metal from rust or corrosion but can have serious effects on fish and other aquatic life if it runs into the Indian River Lagoon. The plants in the bio-filter bind to the zinc so that when the water comes out of the bottom, it’s clean and safe to go into the lagoon – its waterline located about 20 to 30 feet away.

Rainwater Biofilter

NASA Kennedy Space Center’s unrivaled dedication to the environment is highlighted through a variety of environmental programs and projects. Through a partnership with Jacobs Technology, Inc., teams have constructed a bio-filter – made of layered rock, soil, and native plants – as an eco-friendly way to filter zinc out of rainwater runoff. Photographed on Sept. 29, 2020, at the Florida spaceport’s Launch Complex 39 observation tower, the bio-filter catches water that runs off of this location’s galvanized roof, which contains a coating of zinc to help protect the metal from rust or corrosion. The plants in the bio-filter bind to the zinc so that when the water comes out of the bottom, it’s clean and safe to go into the Indian River Lagoon – its waterline located about 20 to 30 feet away.

Rainwater Biofilter

NASA Kennedy Space Center’s unrivaled dedication to the environment is highlighted through a variety of environmental programs and projects. Through a partnership with Jacobs Technology, Inc., teams have constructed a bio-filter – made of layered rock, soil, and native plants – as an eco-friendly way to filter zinc out of rainwater runoff. Photographed on Sept. 29, 2020, at the Florida spaceport’s Launch Complex 39 observation tower, the bio-filter catches water that runs off of this location’s galvanized roof, which contains a coating of zinc to help protect the metal from rust or corrosion. The plants in the bio-filter bind to the zinc so that when the water comes out of the bottom, it’s clean and safe to go into the Indian River Lagoon – its waterline located about 20 to 30 feet away.

Rainwater Biofilter

NASA Kennedy Space Center’s unrivaled dedication to the environment is highlighted through a variety of environmental programs and projects. Through a partnership with Jacobs Technology, Inc., teams have constructed a bio-filter – made of layered rock, soil, and native plants – as an eco-friendly way to filter zinc out of rainwater runoff. Photographed on Sept. 29, 2020, at the Florida spaceport’s Launch Complex 39 observation tower, the bio-filter catches water that runs off of this location’s galvanized roof, which contains a coating of zinc to help protect the metal from rust or corrosion. The plants in the bio-filter bind to the zinc so that when the water comes out of the bottom, it’s clean and safe to go into the Indian River Lagoon – its waterline located about 20 to 30 feet away.

Rainwater Biofilter

NASA Kennedy Space Center’s unrivaled dedication to the environment is highlighted through a variety of environmental programs and projects. Through a partnership with Jacobs Technology, Inc., teams have constructed a bio-filter – made of layered rock, soil, and native plants – as an eco-friendly way to filter zinc out of rainwater runoff. Photographed on Sept. 29, 2020, at the Florida spaceport’s Launch Complex 39 observation tower, the bio-filter catches water that runs off of this location’s galvanized roof, which contains a coating of zinc to help protect the metal from rust or corrosion. The plants in the bio-filter bind to the zinc so that when the water comes out of the bottom, it’s clean and safe to go into the Indian River Lagoon – its waterline located about 20 to 30 feet away.

Rainwater Biofilter

NASA Kennedy Space Center’s unrivaled dedication to the environment is highlighted through a variety of environmental programs and projects. Through a partnership with Jacobs Technology, Inc., teams have constructed a bio-filter – made of layered rock, soil, and native plants – as an eco-friendly way to filter zinc out of rainwater runoff. Photographed on Sept. 29, 2020, at the Florida spaceport’s Launch Complex 39 observation tower, the bio-filter catches water that runs off of this location’s galvanized roof, which contains a coating of zinc to help protect the metal from rust or corrosion. The plants in the bio-filter bind to the zinc so that when the water comes out of the bottom, it’s clean and safe to go into the Indian River Lagoon – its waterline located about 20 to 30 feet away.

Rainwater Biofilter

NASA Kennedy Space Center’s unrivaled dedication to the environment is highlighted through a variety of environmental programs and projects. An up-close view of the plants that make up a bio-filter constructed by teams with Kennedy and Jacobs Technology, Inc. is shown on Sept. 29, 2020. The bio-filter – made of layered rock, soil, and native plants – is used to catch and filter zinc out of rainwater that runs off of the roof at the Florida spaceport’s Launch Complex 39 observation tower. Many facilities at Kennedy have galvanized roofs, which contain a coating of zinc to help protect the metal from rust or corrosion but can have serious effects on fish and other aquatic life if it runs into the Indian River Lagoon. The plants in the bio-filter bind to the zinc so that when the water comes out of the bottom, it’s clean and safe to go into the lagoon – its waterline located about 20 to 30 feet away.

Rainwater Biofilter

NASA Kennedy Space Center’s unrivaled dedication to the environment is highlighted through a variety of environmental programs and projects. Through a partnership with Jacobs Technology, Inc., teams have constructed a bio-filter – made of layered rock, soil, and native plants – as an eco-friendly way to filter zinc out of rainwater runoff. Photographed on Sept. 29, 2020, at the Florida spaceport’s Launch Complex 39 observation tower, the bio-filter catches water that runs off of this location’s galvanized roof, which contains a coating of zinc to help protect the metal from rust or corrosion. The plants in the bio-filter bind to the zinc so that when the water comes out of the bottom, it’s clean and safe to go into the Indian River Lagoon – its waterline located about 20 to 30 feet away.

Gantry Roll Back

The launch gantry is rolled back to reveal NASA's Orion spacecraft for Exploration Flight Test-1 (EFT-1) mounted atop a United Launch Alliance Delta IV Heavy rocket at Cape Canaveral Air Force Station's Space Launch Complex 37 on Dec. 3, 2014. Orion is NASA’s new spacecraft built to carry humans, designed to allow us to journey to destinations never before visited by humans, including an asteroid and Mars.

The launch gantry is rolled back to reveal NASA's Orion spacecraft mounted atop a United Launch Alliance Delta IV Heavy rocket ready for Exploration Flight Test-1 (EFT-1) at Cape Canaveral Air Force Station's Space Launch Complex 37 on Dec. 4, 2014. Part of Batch image transfer from Flickr.

Gantry Roll Back

S67-15885 (1967) --- Apollo Spacecraft 012 is hoisted to the top of the gantry at Pad 34 during the Apollo/Saturn Mission 204 erection.

APOLLO SPACECRAFT (A/S)- 012 - GANTRY - PAD 34 - CAPE

KSC-00PP-0741

This aerial view is of a tour stop on the KSC bus tour, the Launch Complex 39 Observation Gantry. This stop allows visitors to view and photograph Pads A and B in Launch Complex 39 from an elevated vantage point. The roadway leading to the tour stop runs next to the crawlerway (left) which is used to transport Space Shuttles from the Vehicle Assembly Building to the pads. Pad A can be seen in the background.

Aerial of NASA Langley's Gantry and slashdown pool also known as Impact Dynamic Faciltiy

Aerials of NASA Langley Research Center

ORION Project-(SPLASH) Structural Passive Landing Attenuation fo

KSC-92PC-2259

This aerial view is of a tour stop on the KSC bus tour, the Launch Complex 39 Observation Gantry. This stop allows visitors to view and photograph Pads A and B in Launch Complex 39 from an elevated vantage point. The roadway leading to the tour stop runs next to the crawlerway (left) which is used to transport Space Shuttles from the Vehicle Assembly Building to the pads. Pad A can be seen in the background.

Aerials of NASA Langley Research Center

Lunar Landing Research Facility. Gantry facility 1297

Aerial of Lunar Landing Research Facility