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Bleriot 135

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Bleriot 135

The Bleriot 135 was a transport aircraft developed by the French firm Bleriot. It represented a significant evolution of its predecessor, the mixed-structure Bleriot 115 biplane. Unlike the earlier model, the new aircraft was equipped with four Salmson 9Ab engines, each providing 230 hp (172 kW).

The passenger cabin of the Bleriot 135 was designed to comfortably accommodate 8 people. This configuration reflected the burgeoning needs of commercial air transport during that era, offering improved capacity and performance for medium-range routes.

First Flight and Competition

The Bleriot 135 made its inaugural flight on July 19, 1924. Later that same year, the aircraft was presented at the prestigious “Grand Prix des avions de transport” competition, where it showcased its technical and operational capabilities.

A total of two Bl.135 units were completed. One was a direct conversion from a Bleriot 115 (registered F-ESBB), while the second was a newly built aircraft (identified as F-ESBE).

Commercial Service and Future Projects

Both Bleriot 135 transport aircraft were subsequently delivered to Air Union, a prominent airline of the period. They primarily operated on the busy Paris-London route, contributing to the early establishment of international air travel.

Although a project existed to convert the aircraft into a bomber variant, designated Bleriot 136, this ambitious design never progressed beyond the planning stage and remained only on paper.

Technical Specifications

Modification Bl-135
Wingspan, m 25.00
Length, m 14.45
Height, m 4.22
Wing area, m2 126.00
Empty weight 3218
Normal takeoff weight 5300
Engine type 4 Piston engine Salmson 9Ab
Power, hp 4 x 230
Maximum speed, km/h 190
Cruising speed, km/h 165
Practical range, km 570
Service ceiling, m 5100
Crew, crew members 3
Payload 6-8 passengers

Image and diagram gallery of the Bleriot 135

Bleriot 135
Bleriot 135
Bleriot 135
Bleriot 135
Bleriot 135
Bleriot 135
Bleriot 135
Bleriot 135

France

ArchivoAéreo Editorial Team

A group of aviation researchers and enthusiasts dedicated to documenting and preserving global aeronautical history. All articles are reviewed to ensure historical accuracy.

Sources & Accuracy

The information presented in this technical sheet has been compiled from declassified flight manuals, historical archives, and specialized literature. While we strive for maximum accuracy, some performance data may vary depending on the specific variant or operational conditions.