History of the Caquot R Type

During the First World War (1914-1918), the United States, like other great powers in the conflict, attached great importance to observation balloons for general reconnaissance missions. Observation balloons were successfully used during the American Civil War (1861-1865), where troops could monitor each other's positions and movements from a distance, relatively safe from ground fire.

The "rigid" type of airship was born sometime after 1890, and the first airship of this form made its maiden flight on November 3, 1897 - powered by a Daimler 12 hp engine, by the Austro-Hungarian David David Schwartz designed and started in Berlin - Tempelhof Airport.

During World War I, Germany used a fleet of rigid airships through its iconic Zeppelin, and at one point used these airships as observation and bombing platforms. Such was their value and contribution that the Allies arranged squadrons of balloon fighters to reduce the enemy's effectiveness on the platform.

Over time, specialized strategic bombers took over the roles originally assigned to the Zeppelin fleet.

France followed suit, using a semi-rigid airship design early in the conflict until its limitations became apparent. French (and British) non-rigid types (also known as "airships") continue to be used in non-contact maritime roles, where they provide warships and strategic waterways with excellent over-the-horizon capabilities against dangerous enemy attacks.

If an airship had one key attribute, it was its ability to remain in the air for extended periods of timean advantage that manned fixed-wing aircraft did not have at the time.

With this in mind, the Americans went to war with the Caquot Type R in the French arsenal. Developed by French Lieutenant Albert Caquot, this observation balloon is 92 feet long and 32 feet wide.

The design is able to stay at the station with winds of up to 70 miles per hour through its hydrogen filling. While American industry produced around 1,000 Type Rs for wartime use (they saw action on the Western Front in France), during the ensuing World War (1939) the British also built the type on a very limited scale - 1945).

In the hands of the British, the line lasted until the 1960s, when they were involved in various data-gathering missions such as parachute testing.

The basket can hold two people and can be raised to approximately 4,000 feet under load, providing miles of unobstructed visibility. The U.S. military relies on this ability to guide artillery and spot enemy aircraft from a distance.

Despite their inherent fragility, semi-rigid and rigid airships continued to be used in the postwar years, and designs were even extended/experimented to extract more value from the concept. Some are designed to act as "motherships" for escorting pursuers, while others set long-haul flight records. Still others are used on the same airliner as today, transporting passengers from point A to point B.

Specification

Basics

Years of Service

1916

Origins

United States

Status

retirement

does not work.

Crew

2

Production

1,100

Manufacturer

Albert Caquot / Goodyear Aerospace Corporation - USA

Operator

UK; US

Roles

Special Mission: Airborne Early Warning (AEW)

A specially equipped platform that provides command and control (C2) capabilities to Allied air forces on the battlefield.

Special Mission: Anti-Submarine Warfare (ASW)

Can search, track and attack enemy underwater elements using special equipment and weapons on board.

Special Mission: Anti-ship

Equipped to find, track, and attack enemy surface elements through visual acquisition, radar support, and ship-based weapons.

Special Mission: Electronic Warfare (EW)

Ability to actively deny adversaries electromagnetic (EM) spectrum and protect that spectrum for allied forces.

NOTABLE QUALITIES

RUGGED AIRFRAME

Inherent ability of airframe to take considerable damage.

HIGH-ALTITUDE PERFORMANCE

Can reach and operate at higher altitudes than average aircraft of its time.

EXTENDED RANGE PERFORMANCE

Capability to travel considerable distances through onboard fuel stores.

MARITIME OPERATION

Ability to operate over ocean in addition to surviving the special rigors of the maritime environment.

BAILOUT PROCESS

Manual process of allowing its pilot and / or crew to exit in the event of an airborne emergency.

DIMENSIONS & WEIGHTS

Length

91. 9 ft

(28. 00 m)

Width/Span

32. 8 ft

(10. 00 m)

POWER & PERFORMANCE

Installed:

None.

Ceiling

4,003 ft

(1,220 m | 0 mi)

ARMAMENT

None.

VARIANTS

Type R - Base Series Name.

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