Prévoyance Labbe: Difference between revisions

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In order to combat these new threats Notreceauen and Luminerra design teams worked in conjunction throughout the 1970s and early 1980s to introduce the [[Prévoyance-Scorza Albatros]] ([Or Insert name in Lumenic]) in 1983. The Albatros incorporated a number of technological advancements gained from observing Licanan aircraft in action as well as captured Soviet Order aircraft that were seized by Allied forces during [[Operation Southern Cross]]. While still lagging behind Soviet Order aircraft and vastly outperformed by Licanan aircraft, the Albatros was a competent aircraft that allowed the allied nations to engage Soviet Order aircraft effectively, although the avionics and weapon deficiency was still readily apparent.
In order to combat these new threats Notreceauen and Luminerra design teams worked in conjunction throughout the 1970s and early 1980s to introduce the [[Prévoyance-Scorza Albatros]] ([Or Insert name in Lumenic]) in 1983. The Albatros incorporated a number of technological advancements gained from observing Licanan aircraft in action as well as captured Soviet Order aircraft that were seized by Allied forces during [[Operation Southern Cross]]. While still lagging behind Soviet Order aircraft and vastly outperformed by Licanan aircraft, the Albatros was a competent aircraft that allowed the allied nations to engage Soviet Order aircraft effectively, although the avionics and weapon deficiency was still readily apparent.


When it became apparent in the mid and late 1970s that the Allied Forces and Licana would liberate Notreceau as a result of Operation Southern Cross, the DDRD secretly laid plans to develop a second fighter parallel with the Albatros that would have a significantly longer development lifecycle and would incorporate technologies captured from the Soviet Order as they became available. This project, innocuously named Numéro de programme aéronautique 777 (Aviation Program 777 in English) was conducted without input from Luminerra and hidden from the other nations in the Allied Forces and would eventually result in the Labbe.
When it became apparent in the mid and late 1970s that the Allied Forces and Licana would liberate Notreceau as a result of Operation Southern Cross, the DDRD secretly laid plans to develop a second fighter parallel with the Albatros that would have a significantly longer development lifecycle and would incorporate technologies captured from the Soviet Order as they became available. This project, innocuously named Numéro de programme aéronautique 777 (Aviation Program 777 in English) was conducted without input from Luminerra and hidden from the other nations in the Allied Forces.
 
Taking cues from captured examples of the {{wpl|Sukhoi Su-11|Lyadov Ly-11}} and {{wpl|Sukhoi Su-15|Lyadov Ly-15}} Prévoyance decided to stick with the {{wpl|delta wing}} superstructure that several of their previous aircraft had also incorporated. After witnessing the effectiveness of the then-new {{wpl|Sukhoi Su-33|Lyadov Ly-33}} during operations in the [Insert] Sea in the late 70s, the decision to incorporate canards to increase maneuverability was made. While no examples of the Lyadov Ly-33 were on hand, advancements in digital modeling software in the early and mid 80s allowed the engineers at Prévoyance to design and test simulated versions of the prototype Labbe in various configurations, eventually selling the DDRD on the canard model.
 
Given the secretive nature of the project and the ongoing occupation of Notreceau during the early years of NPA 777, the prototype Labbe existed primarily on paper and in digital models during the first 5-6 years of its life. As Operation Southern Cross began to make headway into Notreceau, significant debates inside both Prévoyance and the DDRD arose regarding production location and methodology.  


Ten years after the initiation of the project in 1975 and four years after Notreceau had been completely liberated in 1981, Prévoyance flew the first prototype originating from NPA 777, naming the aircraft the Labbe E (Expérimentale).
Ten years after the initiation of the project in 1975 and four years after Notreceau had been completely liberated in 1981, Prévoyance flew the first prototype originating from NPA 777, naming the aircraft the Labbe E (Expérimentale).

Latest revision as of 14:44, 25 July 2024

Prévoyance Labbe
Rafale-060427-N-2959L-196.jpg
Labbe of Flottille F15 taking off from the NNS Triomphe
Role Air superiority, Multirole combat aircraft
National origin  Notreceau
Manufacturer Prévoyance Aviation
Designer Prévoyance Aviation
First flight July 5th, 1985
Introduction April 3rd, 1996
Status In service
Primary users Notreceauen Airforce
Notreceauen Navy

The Prévoyance Labbe (English: Prévoyance Skua) is a single seat, two engine, all weather, fourth generation, multirole fighter. The Labbe is designed to conduct a variety of air combat missions including air superiority, ground attack, maritime strike and nuclear strike. The Labbe is currently produced in three variations the M conventional carrier based, C conventional take-off and landing, and R reconnaissance models.

History and Development

In the early 1960s during the Soviet Order's advance into central and south-central Omand, Notreceauen military advisors and forward deployed air crews piloting the newly introduced Aigle II experienced combat with Soviet Order aircraft for the first time. Despite the Aigle II's superiority when compared to other Allied Nations aircraft of the time period, the Aigle II was effectively matched by the Soviet Order Alexeyev-Leonov ALe-21S and rendered nearly obsolete in air-to-air combat against the ALe-21. Air-to-air victories were recorded by Aigle II pilots against the ALe-21 during the time period but it became quickly apparent that the Aigle II was outclassed by Soviet Order aircraft which featured superior avionics, weapon systems and radar capabilities. Large numbers of Aigle IIs operating in single flight formation were required to effectively engage standard Soviet Order combat flights.

As a result of these combat difficulties the Notreceauen Department of Defense Research and Development (DDRD) in conjunction with the Air Force initiated the Programme d'avion de combat d'urgence (Emergency Fighter Program) in 1963 which eventually resulted in the Prévoyance Aigle IV whose prototype aircraft flew limited combat missions against the Soviet Order during the Invasion of Notreceau before being withdrawn to Luminerra. While the Aigle IV, whose development cycle was completed with the assistance of Luminerra, temporarily narrowed the fighter gap in the early 70s against emerging threats like the Soviet Alexeyev-Leonov Ale-27, this proved to be a short-term situation. The introduction of newer Soviet Order aircraft such as the Alexeyev-Leonov ALe-29 and Lyadov Ly-27 quickly presented new problems for the Allied Nations air forces to contend with and the Aigle IV was faced with the same issues as its predecessor the Aigle.

In order to combat these new threats Notreceauen and Luminerra design teams worked in conjunction throughout the 1970s and early 1980s to introduce the Prévoyance-Scorza Albatros ([Or Insert name in Lumenic]) in 1983. The Albatros incorporated a number of technological advancements gained from observing Licanan aircraft in action as well as captured Soviet Order aircraft that were seized by Allied forces during Operation Southern Cross. While still lagging behind Soviet Order aircraft and vastly outperformed by Licanan aircraft, the Albatros was a competent aircraft that allowed the allied nations to engage Soviet Order aircraft effectively, although the avionics and weapon deficiency was still readily apparent.

When it became apparent in the mid and late 1970s that the Allied Forces and Licana would liberate Notreceau as a result of Operation Southern Cross, the DDRD secretly laid plans to develop a second fighter parallel with the Albatros that would have a significantly longer development lifecycle and would incorporate technologies captured from the Soviet Order as they became available. This project, innocuously named Numéro de programme aéronautique 777 (Aviation Program 777 in English) was conducted without input from Luminerra and hidden from the other nations in the Allied Forces.

Taking cues from captured examples of the Lyadov Ly-11 and Lyadov Ly-15 Prévoyance decided to stick with the delta wing superstructure that several of their previous aircraft had also incorporated. After witnessing the effectiveness of the then-new Lyadov Ly-33 during operations in the [Insert] Sea in the late 70s, the decision to incorporate canards to increase maneuverability was made. While no examples of the Lyadov Ly-33 were on hand, advancements in digital modeling software in the early and mid 80s allowed the engineers at Prévoyance to design and test simulated versions of the prototype Labbe in various configurations, eventually selling the DDRD on the canard model.

Given the secretive nature of the project and the ongoing occupation of Notreceau during the early years of NPA 777, the prototype Labbe existed primarily on paper and in digital models during the first 5-6 years of its life. As Operation Southern Cross began to make headway into Notreceau, significant debates inside both Prévoyance and the DDRD arose regarding production location and methodology.

Ten years after the initiation of the project in 1975 and four years after Notreceau had been completely liberated in 1981, Prévoyance flew the first prototype originating from NPA 777, naming the aircraft the Labbe E (Expérimentale).

Design

Specifications

General characteristics

  • Crew: 1
  • Length: 50.01 ft (15.27 m)
  • Wingspan: 35.9 ft (10.9 m)
  • Height: 17.5 ft (5.34 m)
  • Wing area: 492 ft² (45.7 m²)
  • Empty weight: 22,708 lbs (10,300 kg)
  • Loaded weight: 54,013 lbs (24,500 kg)
  • Max. takeoff weight: 54,013 lbs (24,500 kgs)
  • Powerplant: 2 × Solaire M1008-54 derivative afterburning turbofan
    • Dry thrust: 22,500 lbf (100.08 kN) each
    • Thrust with afterburner: 34,000 lbf (150 kN) each

Performance

Armament

Variants

Operational History

Operators