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Scorpion: The Budget-Priced American Fighter Jet

Manticore

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Textron Inc. struck first blood Monday with its plan for an “affordable” fighter jet, as senior U.S. Air Force leaders gathered for their annual gabfest at a resort near Washington DC.

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The maker of Cessna planes, Bell helicopters and, less threateningly, E-Z-Go golf carts only started work on the Scorpion reconnaissance and attack aircraft last year, and is targeting a first flight before the end of 2013.

Affordability is the new mantra for military leaders, with the Pentagon laboring under a fifth year of budget cuts and the blunt-force trauma of sequestration – the 10% across-the-board spending trim that came into force at the end of March.

“The Scorpion is designed to accommodate the increasingly stringent budget constraints of the U.S. Department of Defense and U.S. partner nations,” said Textron in a statement, ahead of Monday’s launch event with Chief Executive Scott Donnelly.

Textron isn’t disclosing the sticker price for the Scorpion, though a spokesman said it will be “multiple times lower [to buy and fly] than most of the best-known, modern twin-jet strike aircraft.”

The Scorpion isn’t aimed at the deluxe end of the $16 billion-a-year global fighter jet market, where a shiny Lockheed Martin Corp.LMT -0.61% F-35 will set you back more than $100 million, or would if its maker can keep costs in check.

However, there’s still plenty of demand out there from countries with limited budgets looking to replace aging U.S. and Russian-built jets.

Textron’s Scorpion fits the austere mantle of the annual USAF Air and Space Conference at National Harbor in Maryland, with talk of budget constraints and potential cuts to entire aircraft programs.

“We are in a classic inter-war defense drawdown, even before the war ends,” said Eric Fanning, the Acting Secretary of the Air Force, just before cutting the ribbon to open the show.

The secretary talked of focusing on what’s “affordable and sustainable”, a challenge when the service retains a long shopping list that includes the F-35, a new jet trainer and a new long-range bomber.

Textron has form in targeting air force bargain hunters, offering its Cessna 208B Caravan turboprop for the same reconnaissance and light-attack role envisaged for the Scorpion, which shares its name with a 1950s-vintage fighter built for the USAF by an ancestor of Northrop Grumman Corp.NOC -0.52%

Movie buffs might also recognize another Scorpion, the gunship that blew up everything in sight in James Cameron’s blockbuster, Avatar, and which looks suspiciously like a jazzed-up V-22, the tilt-rotor aircraft built by a joint venture between Boeing Co. and, as it happens, Textron. Introducing the Scorpion: The Budget-Priced American Fighter Jet - Corporate Intelligence - WSJ
 
Any idea what would be the price range of this bird ?
 
how can these jokers compare this to F16 or f18, this is a subsonic aircraft with 36KN thrust combined... even a f4 phantom would run circles around this....
 
This aircraft is only good for limited COIN operations. I guess a few Central/South American Nations might be interested in this.
 
This aircraft is only good for limited COIN operations. I guess a few Central/South American Nations might be interested in this.

In a way, this is what many smaller nations have used armed jet trainers for. Compare Hawk 100-200, AMX, etc. The Scorpion is to have a 3,000 lb (1,400 kg) payload of precision and non-precision munitions or intelligence-collecting equipment in a simplified and reconfigurable internal bay. The 14.4 m (47 ft) wings are largely unswept and have six hardpoints. With the internal payload bay and external hardpoints, combined weapons payload is 6,200 lb (2,800 kg).

Goal is to field an aircraft capable of operating for less than $3,000 per flying hour; the company declined to cite a target unit cost. By contrast, the Pentagon in June cited the cost per flying hour of the F-16, which currently performs many of these missions, as $24,899.
 
In a way, this is what many smaller nations have used armed jet trainers for. Compare Hawk 100-200, AMX, etc. The Scorpion is to have a 3,000 lb (1,400 kg) payload of precision and non-precision munitions or intelligence-collecting equipment in a simplified and reconfigurable internal bay. The 14.4 m (47 ft) wings are largely unswept and have six hardpoints. With the internal payload bay and external hardpoints, combined weapons payload is 6,200 lb (2,800 kg).

Goal is to field an aircraft capable of operating for less than $3,000 per flying hour; the company declined to cite a target unit cost. By contrast, the Pentagon in June cited the cost per flying hour of the F-16, which currently performs many of these missions, as $24,899.

Yup. Right on all counts. But I guess all countries ought to prepare for any exigency, not just a small subset of possible exigencies. As I said before, it's most suitable for those Nations that deal regularly with low intensity insurgencies involving only small-arms fire.

Any idea about it's armour? Body doesn't inspire much confidence unlike the Hawk.
 
Yup. Right on all counts. But I guess all countries ought to prepare for any exigency, not just a small subset of possible exigencies. As I said before, it's most suitable for those Nations that deal regularly with low intensity insurgencies involving only small-arms fire.

Any idea about it's armour? Body doesn't inspire much confidence unlike the Hawk.

This is going to fail badly, I can only see F-20 like fate. US is going to sell them to whom? Iraq, afghanistan, Philippines, newzealand, vietnam.
 
Yeah. Since Textron isn't exactly a Mil-Aviation powerhouse, I too am skeptical about it's marketability.
 
Some of the features of the air craft:

DIMENSIONS
The Scorpion has an all-composite airframe powered by twin turbofan engines with a tandem cockpit, retractable sensor mounts, internal payload bay, and external stores carriage for precision and non-precision munitions. Its modular architecture allows unencumbered future integration of multiple sensors and weapons, minimizing non-recurring expenses.


Aircraft Length43 ft 6 in
Wingspan47 ft 4 in
Height14 ft 0 in
Standard Empty Weight11,800 lbs
Max Takeoff Weight21,250 lbs
Max Internal Fuel Load6,000 lbs
Max Internal Payload Bay3,000 lbs
Thrust~8,000 lbs
Max Speed450 KTAS
Service Ceiling45,000 ft
Ferry Range2,400 NM

AIRFRAME
  • All-Composite Airframe and Structure
  • Reduced Fatigue and Corrosion Issues
  • 20,000 Hour Service Life

MODULAR ARCHITECTURE
Scorpion’s Modular Mission System is built on open standards to maximize operational flexibility over the life of the aircraft and drastically reduce the costs associated with integrating new subsystems and updates.


  • Allows for additional sensors and weapons with minimal integration costs
  • Provides flexibility and scalability to expand capability by adding additional applications and graphics processing hardware
  • Based on certified avionics components

AVIONICS
The Scorpion’s two cockpits use modern, multi-function color displays to present flight, aircraft performance, navigation, and weapons information.

  • Built-in Flight Management System
  • Class-B Terrain Awareness and Warning System (TAWS)
  • Engine Indicating/Crew Alerting System (CAS)/Master Caution
  • Dual Air Data Attitude Heading Reference Systems
  • Dual Global Positioning System/Satellite-Based Augmentation System (GPS/SBAS)
  • Display of External Video (Mission Processor, EO/IR, etc.) – Sensor Agnostic
  • Integrated Moving Maps Including Highway in the Sky Functionality
  • Weather Radar Controls
  • Night Vision Compatible
  • Low Power Consumption
  • Digital Flight Playback
 
ENGINES
The Scorpion is powered by two turbofan engines that together produce approximately 8,000 pounds of thrust. The engines are directed by a Digital Electronic Engine Control and supply conditioned bleed air to the pneumatic system. Accessories mounted on the engine gearbox power electrical and hydraulic systems. The engines can operate on Jet-A, JP-5, and JP-8 jet fuels.

PAYLOAD BAY


The Scorpion’s internal payload bay provides critical operational flexibility to quickly incorporate new payloads, scaling tactical systems performance to meet operational capability needs. With its modular partitioning, loading, alignment and retention system, the payload bay can accommodate a variety of sensors, fuel, and communications modules in the most appropriate capability mix to meet a diverse range of mission performance profiles.


EXTERNAL STORES

  • Scalable
  • Precision Munitions

The link:
Textron AirLand Aircraft Features - Textron AirLand
 

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