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The Recurve A Touring Personal Jet Aircraft By: Sam Gaylin, Ian Adams, Chauncey Costello, Chris Cvecko, Jonathan Jordan, Michael Lisa, Ryan Meyer, and Michael Rice Advised by Professor P. J. Barnhart Mission Overview Private aircraft ownership has long been out of reach for many amateur pilots. Delta Force is tasked with designing a new personal jet aircraft with unprecedented affordability. The design needs to be capable of long range with passengers aboard, while emphasizing ease of flight. The designed aircraft must meet specific requirements: Capable of cruising at a Mach Number of at least 0.25 (roughly 190 miles per hour at sea level) A range of at least 1000 nautical miles (roughly 1150 miles) Capable of cruising at 20,000 ft minimum Capable of takeoff from and landing on a runway of no more than 2000ft Capable of carrying a pilot and at least one passenger Delta Force focused on ease of flight and practicality, selecting a canard configuration that is well suited to amateur pilots while keeping space for a one pilot and two passengers. Low Bypass Turbofan Engine Specifications and Performance Flight Envelope Capacity: One Pilot, Two Passengers 3 People Total Fuselage Dimensions (LxWxH) 17 ſt x 5 ſt x 4 ſt Span (Wing/Canard) 28 ſt / 15 ſt Total Empty Weight 1021 lbs Total Gross Takeoff Weight (Fully Loaded) 2171 lbs Takeoff Thrust (Standard Sea Level) 585 lbs Range (Fully Loaded) 1018 naucal miles Cruising Speed 420 ſt/s ; Mach 0.41 Runway Distance (Takeoff / Land) 1950 ſt / 1617 ſt Wing Structure and Analysis Fig 1. Pressure Distribution Along Wing System During Cruise Darker Shading indicates more generated lift. Analysis done using Tornado VLM in Matlab. Fig 2. Main Wing Structure with Spars and Ribs Fig 3. Flight Envelope The Flight Envelope defines the range of acceptable airspeeds and altitudes that the aircraft can achieve. Our cruise conditions are 420 ft/s at 25,000 ft Fig 4. Engine Flow Path Diagram Air flows through a 12 inch diameter fan face and separates into two flow paths: a bypass flow path around the core of the engine, and a flow path through the turbomachinery. The Aircraft

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Page 1: Poster

The Recurve

A Touring Personal Jet Aircraft By: Sam Gaylin, Ian Adams, Chauncey Costello, Chris Cvecko, Jonathan Jordan, Michael Lisa, Ryan Meyer, and Michael Rice

Advised by Professor P. J. Barnhart

Mission Overview

Private aircraft ownership has long been out of reach for many amateur

pilots. Delta Force is tasked with designing a new personal jet aircraft

with unprecedented affordability. The design needs to be capable of long

range with passengers aboard, while emphasizing ease of flight.

The designed aircraft must meet specific requirements:

Capable of cruising at a Mach Number of at least 0.25 (roughly 190 miles per hour at sea level)

A range of at least 1000 nautical miles (roughly 1150 miles)

Capable of cruising at 20,000 ft minimum

Capable of takeoff from and landing on a runway of no more than 2000ft

Capable of carrying a pilot and at least one passenger

Delta Force focused on ease of flight and practicality, selecting a canard

configuration that is well suited to amateur pilots while keeping space for

a one pilot and two passengers.

Low Bypass Turbofan Engine Specifications and Performance Flight Envelope

Capacity: One Pilot, Two Passengers 3 People Total

Fuselage Dimensions (LxWxH) 17 ft x 5 ft x 4 ft

Span (Wing/Canard) 28 ft / 15 ft

Total Empty Weight 1021 lbs

Total Gross Takeoff Weight (Fully Loaded) 2171 lbs

Takeoff Thrust (Standard Sea Level) 585 lbs

Range (Fully Loaded) 1018 nautical miles

Cruising Speed 420 ft/s ; Mach 0.41

Runway Distance (Takeoff / Land) 1950 ft / 1617 ft

Wing Structure and Analysis

Fig 1. Pressure Distribution Along Wing System During

Cruise

Darker Shading indicates more generated lift.

Analysis done using Tornado VLM in Matlab. Fig 2. Main Wing Structure with

Spars and Ribs

Fig 3. Flight Envelope

The Flight Envelope defines the range of acceptable airspeeds and altitudes

that the aircraft can achieve. Our cruise conditions are 420 ft/s at 25,000 ft

Fig 4. Engine Flow Path Diagram

Air flows through a 12 inch diameter fan face and separates into two flow paths: a bypass

flow path around the core of the engine, and a flow path through the turbomachinery.

The Aircraft