Evaluation Criteria	Technical Design
Excellent	Comprehensive cockpit design with advanced avionics, innovative airframe with optimized aerodynamics, superior cruise speed/range, exceptional useful load capacity, advanced flight/power controls, cutting-edge engine/energy source selection, and multiple integrated safety features (HUD, Digital Twin, AI autopilot, parachute, etc.). All technical specifications exceed Cessna 172 baseline with detailed engineering justification.
Good	Well-designed cockpit with modern avionics, solid airframe design, improved cruise speed/range over baseline, good useful load capacity, effective flight/power controls, appropriate engine/energy source, and several safety features included. Technical specifications show clear improvements over Cessna 172 with adequate justification.
Adequate	Basic cockpit design with standard avionics, functional airframe, cruise speed/range comparable to or slightly better than baseline, acceptable useful load, conventional flight/power controls, traditional engine/energy source, and basic safety features. Meets minimum technical requirements with some improvements over Cessna 172.
Poor	Incomplete cockpit design, poorly conceived airframe, inferior cruise speed/range compared to baseline, inadequate useful load capacity, conventional or flawed flight/power controls, questionable engine/energy source choice, and minimal or no safety features. Technical design shows little improvement or understanding of engineering principles.
Plagiarized	Technical content copied directly from existing aircraft designs, manuals, or other sources without proper attribution or original analysis. No original engineering work demonstrated.

Evaluation Criteria	Business & Economic Viability
Excellent	Solid business plan with clear manufacturing strategy, effective marketing plan, sustainability considerations, potential manufacturer partnerships identified, reasonable cost estimates, and good maintenance feasibility analysis. Economic models show practical understanding of market viability.
Good	Solid business plan with clear manufacturing strategy, effective marketing plan, sustainability considerations, potential manufacturer partnerships identified, reasonable cost estimates, and good maintenance feasibility analysis. Economic models show practical understanding of market viability.
Adequate	Basic business plan covering manufacturing, marketing, and sustainability, general manufacturer considerations, approximate cost estimates, and basic maintenance feasibility. The economic model meets minimum requirements but lacks depth or innovation.
Poor	Incomplete or unrealistic business plan, vague manufacturing/marketing strategies, no sustainability plan, no manufacturer partnerships identified, inaccurate or missing cost analysis, or inadequate maintenance considerations. The economic model shows poor understanding of aviation business realities.
Plagiarized	Business plan, market analysis, or cost data copied from existing sources without attribution or adaptation to the specific aircraft design. No original economic analysis.

Evaluation Criteria	Pilot Experience & Safety
Excellent	Notable improvements to pilot experience with better ergonomics, improved controls, reduced workload elements, good visibility, modern cockpit features, and meaningful safety improvements. X-Plane simulation shows improved handling and clear consideration of pilot needs.
Good	Notable improvements to pilot experience with better ergonomics, improved controls, reduced workload elements, good visibility, modern cockpit features, and meaningful safety improvements. X-Plane simulation shows improved handling and clear consideration of pilot needs.
Adequate	Some improvements to pilot experience including acceptable ergonomics, functional controls, basic workload considerations, adequate visibility, standard cockpit features, and basic safety considerations. X-Plane simulation demonstrates flyable characteristics with modest improvements.
Poor	Minimal or no improvement to pilot experience, poor ergonomic design, conventional or problematic controls, increased workload, limited visibility, outdated cockpit concepts, or inadequate safety considerations. X-Plane simulation shows questionable handling or no clear pilot benefits.
Plagiarized	Pilot experience descriptions, safety features, or cockpit designs copied from existing aircraft without attribution or original analysis of improvements.

Evaluation Criteria	Feasibility & Simulation
Excellent	Comprehensive X-Plane model demonstrating realistic flight characteristics, accurate fuel efficiency data, appropriate fuel type selection, realistic glide distance calculations, validated range specifications, complete Design Selection Report (DSR) with thorough engineering justification, accurate Weight & Balance table with detailed CG envelope, and professional CAD/3-view technical drawings with all major dimensions. All deliverables show aircraft will fly as designed.
Good	Functional X-Plane model with realistic performance data, good fuel efficiency analysis, appropriate fuel type, reasonable glide distance, accurate range data, solid DSR with good justification for design choices, complete Weight & Balance calculations, and clear CAD/technical drawings. Demonstrates aircraft feasibility with minor gaps.
Adequate	Basic X-Plane model showing flyable characteristics, acceptable fuel efficiency data, standard fuel type, basic glide distance/range calculations, complete DSR covering key design decisions, functional Weight & Balance table, and basic CAD/3-view drawings meeting minimum requirements. Demonstrates basic feasibility.
Poor	Incomplete or unrealistic X-Plane model, inaccurate or missing fuel data, inappropriate fuel type selection, incorrect glide distance/range calculations, incomplete DSR lacking justification, missing or incorrect Weight & Balance calculations, or inadequate technical drawings. Fails to demonstrate aircraft will fly as designed.
Plagiarized	X-Plane model, DSR, technical drawings, or performance data copied from existing aircraft or sources without attribution or original analysis.

Evaluation Criteria	Legacy & Presentation
Excellent	Outstanding 10-minute presentation expertly tailored to project scope, engaging poster for public display with professional graphics and clear information hierarchy, complete integration of all required elements (DSR, Weight & Balance, CAD drawings), exceptional team coordination evident, and presentation honors Grover Loening's legacy of student innovation. Demonstrates leadership, communication excellence, and vision for advancing collegiate aviation.
Good	Strong presentation well-suited to project within time limit, professional poster with good visual appeal and clear information, all required elements included and well-integrated, good team coordination, and clear connection to Loening Trophy mission. Shows strong communication skills and understanding of collegiate aviation advancement.
Adequate	Competent presentation covering projects within time constraints, functional poster meeting display requirements, all required elements present, adequate team coordination, and basic acknowledgment of Loening Trophy purpose. Meets presentation requirements with standard execution.
Poor	Weak presentation poorly organized or exceeding time limit, inadequate poster lacking professionalism or required information, missing required elements, poor team coordination evident, or no connection to Loening Trophy legacy. Fails to effectively communicate project value.
Plagiarized	Presentation content, poster designs, or project narrative copied from other teams or sources without attribution. No original synthesis or presentation of work.