Build a premium, interactive, two-poster digital sponsorship presentation website for a university aerospace engineering team. PROJECT: ACES HIGH 3.0 SJCE SAEISS DDC 2026 PURPOSE: This is NOT a generic sponsorship-request website. The situation is: A major engineering company has invited ACES HIGH 3.0 to present the team and demonstrate what we are capable of. The website should therefore feel like two interactive A3 presentation posters converted into a premium digital experience. The message is: “WE HAVE ALREADY BUILT SOMETHING. WE HAVE ALREADY IMPROVED. WE HAVE ALREADY PROVEN OURSELVES. NOW SEE WHAT WE ARE CAPABLE OF.” The viewer should finish thinking: “These students already think like engineers.” Do NOT make the website feel like: - a fundraising page - a charity request - a generic college club page - a drone store - a military UAV website - a conventional PowerPoint - a technical report It should feel like: - premium aerospace engineering - industrial design - Siemens-level corporate engineering presentation - interactive digital twin - student innovation laboratory - engineering portfolio - confident and ambitious - visually impressive enough for a boardroom presentation IMPORTANT: Do not generate or imitate the Siemens logo. Use the word “SIEMENS” only as plain text where appropriate. Leave a clearly marked placeholder for the official Siemens logo to be inserted later. ================================================== GLOBAL VISUAL IDENTITY ================================================== Format: - A3 portrait-inspired layouts - responsive web experience - desktop-first presentation mode - mobile responsive - two major poster sections/pages - cinematic transitions between sections Color palette: - deep navy - graphite - steel grey - white - restrained aerospace orange accent Typography: - bold modern sans-serif - strong condensed/display typography for headlines - clean technical typography for specifications - high contrast - large numbers - generous spacing Background: - dark engineering blueprint grid - extremely subtle CAD geometry - thin circuit-like traces - aerodynamic flow lines - faint coordinate grids - occasional CFD streamline animation - subtle grain - no visual clutter The aesthetic should resemble: “aerospace engineering lab meets premium industrial technology dashboard.” ================================================== PAGE / POSTER 1 ================================================== TITLE: WE BUILD. WE TEST. WE LEARN. WE FLY. Subtitle: ACES HIGH 3.0 SJCE SAEISS DDC 2026 Small supporting text: “Engineering beyond the classroom.” Hero area: Create a huge photorealistic 3D visualization of the current Daredevil fixed-wing UAV. The aircraft should look like a lightweight student-built competition UAV, not a military drone. Aircraft configuration: - fixed-wing aircraft - 1.4 m wingspan - 2.5 kg current design MTOW - current design payload target: 1.0 kg - conventional tail - NO winglets - semi-tapered wing - 490 mm rectangular section per side - 210 mm tapered section per side - 300 mm root chord - 250 mm tip chord - 4° dihedral on tapered section - FX 63-137 airfoil - balsa construction - aluminium structural members - single nose-mounted motor - SunnySky X2826 880 KV motor - 14 × 8E propeller - 3S 2200 mAh battery - 80 A ESC - belly landing Do not add landing gear. Do not add winglets. Aircraft visualization: - three-quarter front/top perspective - dynamic flying pose - subtle motion - dramatic but realistic lighting - technical annotations - clean materials - visible lightweight construction cues - red/black Daredevil-inspired visual treatment may be used subtly - aircraft should remain clearly visible against the dark background ================================================== INTERACTIVE AIRCRAFT ================================================== Make the aircraft interactive. When the user hovers/taps/clicks different areas, show animated technical information. Wing hotspot: AERODYNAMICS FX 63-137 1.4 m wingspan 300 mm root chord 250 mm tip chord 4° tapered-section dihedral Supporting line: “Designed around aerodynamic efficiency and predictable low-speed behaviour.” Do not claim experimentally validated performance unless explicitly labelled as a design target. Fuselage hotspot: STRUCTURES Balsa + Aluminium Lightweight structural concept Conventional tail Belly landing Supporting line: “Every gram is treated as an engineering trade-off.” Motor hotspot: PROPULSION SunnySky X2826 880 KV 14 × 8E 3S 2200 mAh 80 A ESC Payload hotspot: MISSION Current design target: 2.5 kg MTOW 1.0 kg payload Clearly label these as: “CURRENT DESIGN TARGETS” Do NOT describe these numbers as official competition requirements. ================================================== TEAM JOURNEY ================================================== Create a large animated horizontal timeline. Heading: OUR JOURNEY 2022 WE STARTED “A student team built around one idea: learn aerospace engineering by actually building aerospace hardware.” 2024 OVERALL AIR 31 CFD AIR 9 2025 OVERALL AIR 18 CFD AIR 3 2026 DAREDEVIL THE NEXT ITERATION Animate the numbers: 31 → 18 and 9 → 3 Use large typography and arrows. Do not invent any other rankings, awards or achievements. ================================================== BIG STATEMENT ================================================== Display prominently: WE DIDN’T JUST PARTICIPATE. WE ITERATED. Supporting copy: “Every aircraft taught us something. Every simulation challenged an assumption. Every competition gave us another reason to improve.” ================================================== ENGINEERING PROCESS ================================================== At the bottom of Poster 1 show: CONCEPT → DESIGN → ANALYSE → BUILD → TEST → IMPROVE Use animated connecting lines. On scroll, the timeline and engineering workflow should subtly animate. Add a small button: EXPLORE OUR ENGINEERING → This transitions to Poster 2. ================================================== PAGE / POSTER 2 ================================================== Main headline: WHAT HAPPENS WHEN YOU INVEST IN ENGINEERS? Subtitle: ACES HIGH 3.0 SJCE SAEISS DDC 2026 The message: WE ARE NOT JUST BUILDING A DRONE. WE ARE BUILDING ENGINEERS. ================================================== CENTRAL INTERACTIVE ENGINEERING LOOP ================================================== Create a large circular interactive engineering-development loop. Centre: IDEA → ENGINEER Six stages around the circle: 01 IMAGINE Identify the problem. 02 DESIGN Turn requirements into geometry. 03 SIMULATE Validate decisions through engineering analysis and CFD. 04 BUILD Turn digital designs into physical hardware. 05 TEST Compare engineering assumptions against reality. 06 IMPROVE Learn, redesign and iterate. Final arrow loops back to: IMAGINE AGAIN Make this look like an industrial engineering workflow / digital twin system. Animate the loop continuously but subtly. When each stage is hovered: - highlight that stage - show a small engineering visual - show a short explanation - illuminate the next step ================================================== OUR CAPABILITIES ================================================== Create six interactive engineering cards. AERODYNAMICS “Can we make it fly better?” CFD “Can we understand why it flies better?” STRUCTURES “Can we make it lighter without compromising reliability?” MANUFACTURING “Can we actually build what we designed?” SYSTEMS “Can every subsystem work together?” FLIGHT TESTING “Did reality agree with our simulation?” Each card should have: - minimal icon - animated technical background - hover effect - small engineering diagram - connection line to the central loop ================================================== PROVEN TRAJECTORY ================================================== Heading: OUR TRAJECTORY Large visual comparison: 2024 OVERALL AIR 31 ↓ 2025 OVERALL AIR 18 Beside it: 2024 CFD AIR 9 ↓ 2025 CFD AIR 3 Then huge text: 31 → 18 OVERALL 9 → 3 CFD Caption: PROGRESS ISN’T A CLAIM. IT’S A TRAJECTORY. Use an animated line graph or rising trajectory. Do NOT add fake percentages. Do NOT invent improvement percentages. Do NOT add unverified awards. ================================================== HUMAN ENGINEERING ================================================== Create a visual strip of student engineering activities. Reserve image placeholders for real team photographs: [TEAM DESIGN PHOTO] [CFD / CAD PHOTO] [MANUFACTURING PHOTO] [ASSEMBLY PHOTO] [FLIGHT TEST PHOTO] Do not generate fake recognizable team members. Headline: WE ARE NOT JUST BUILDING A DRONE. WE ARE BUILDING ENGINEERS. Supporting text: “From concept to simulation, manufacturing to flight testing, every stage of the aircraft becomes a real engineering problem.” ================================================== WHY PARTNER WITH US ================================================== Do NOT title this: SPONSORSHIP REQUEST Instead title it: WHY PARTNER WITH US? Create three premium interactive cards. 01 REAL ENGINEERING Students take engineering concepts beyond the classroom and into: CAD CFD MANUFACTURING TESTING FLIGHT 02 VISIBLE IMPACT Industry support can accelerate: ITERATION VALIDATION EXPERIMENTATION ENGINEERING CAPABILITY 03 FUTURE TALENT Students develop practical multidisciplinary skills across: AEROSPACE SIMULATION STRUCTURES MANUFACTURING SYSTEMS ENGINEERING This should communicate mutual value, not charity. ================================================== SIEMENS CONNECTION ================================================== Near the end, create a premium section. Headline: ENGINEERING IS NOT JUST WHAT WE STUDY. IT IS WHAT WE DO. Then: SIEMENS × ACES HIGH 3.0 Do not use the Siemens logo. Add: TECHNOLOGY ENGINEERING PEOPLE POSSIBILITY Then: “Your ecosystem can help us turn more engineering questions into real engineering experience.” Do not say: “Please sponsor us.” Do not say: “We need your money.” Do not make financial support the dominant message. The tone is: “We have demonstrated capability. We are showing you our trajectory. Now there is an opportunity to grow together.” ================================================== FINAL SCREEN ================================================== Large cinematic final statement: YOU’VE SEEN WHAT WE CAN DO. Then smaller: NOW IMAGINE WHAT WE CAN DO WITH THE RIGHT PARTNER. Then: ACES HIGH 3.0 × SIEMENS LET’S BUILD WHAT FLIES NEXT. Footer: SJCE SAEISS DDC 2026 [TEAM EMAIL] [TEAM PHONE] [TEAM WEBSITE / SOCIAL] [OFFICIAL SIEMENS LOGO PLACEHOLDER] ================================================== INTERACTIVITY ================================================== This is extremely important. Do NOT make a static website. Implement: 1. Scroll-triggered aircraft animation 2. Interactive Daredevil hotspots 3. Animated engineering timeline 4. Animated AIR ranking trajectory 5. Interactive engineering loop 6. Hoverable capability cards 7. Smooth page transitions 8. Parallax technical background 9. Animated CFD-like streamlines 10. Animated blueprint grid 11. Subtle cursor-following technical glow 12. Section progress indicator 13. Fullscreen presentation mode 14. Keyboard navigation between Poster 1 and Poster 2 15. Mobile responsive interaction 16. QR-code placeholders 17. Image placeholders for real team photographs Add a small top-right control: PRESENTATION MODE When activated: - hide unnecessary browser-style UI - scale content to presentation view - enable keyboard navigation - allow LEFT / RIGHT arrow navigation - show only one major poster section at a time ================================================== ANIMATION STYLE ================================================== Animations should be: - smooth - premium - technically inspired - restrained - cinematic - never childish - never flashy for the sake of being flashy Use: - Framer Motion - CSS transforms - SVG animations - SVG paths for aircraft callouts - animated dashed paths - subtle opacity transitions - scale transitions - spring animations where appropriate Avoid: - excessive bouncing - cheesy startup animations - random particle explosions - gaming aesthetics - excessive gradients - neon cyberpunk styling ================================================== TECHNICAL IMPLEMENTATION ================================================== Use Next.js / React. Use Tailwind CSS. Use Framer Motion for animation. Use Lucide icons where appropriate. Create reusable components: HeroAircraft AircraftHotspot TeamTimeline EngineeringLoop CapabilityCard TrajectoryChart TeamPhotoStrip PartnershipCard PresentationNavigation BlueprintBackground Use placeholder assets for aircraft and team images. IMPORTANT: Create clearly named image placeholders so we can replace them later with: - Daredevil render - team photograph - previous aircraft - CFD screenshots - manufacturing photographs - competition photographs - official team logo - official Siemens logo Do not attempt to generate fake QR codes. Use a styled placeholder saying: SCAN TO EXPLORE ================================================== CONTENT ACCURACY ================================================== Use ONLY these team-history claims: Founded: 2022 2024: Overall AIR 31 CFD AIR 9 2025: Overall AIR 18 CFD AIR 3 Current aircraft: DAREDEVIL Current design details: 1.4 m wingspan 2.5 kg current design MTOW 1.0 kg current design payload target FX 63-137 300 mm root chord 250 mm tip chord 490 mm rectangular section per side 210 mm tapered section per side 4° tapered-section dihedral Conventional tail No winglets Balsa + aluminium construction SunnySky X2826 880 KV 14 × 8E propeller 3S 2200 mAh battery 80 A ESC Belly landing Where a number is a design target rather than a verified competition requirement, label it clearly as: CURRENT DESIGN TARGET Do not invent: - team size - university achievements - competition wins - sponsor benefits - funding amount - awards - flight performance - CFD percentages - thrust values - drag values - verified L/D - verified flight time ================================================== FINAL DESIGN PHILOSOPHY ================================================== The website should tell one story: 2022 WE STARTED ↓ 2024 WE COMPETED ↓ 2025 WE IMPROVED ↓ 2026 WE BUILT DAREDEVIL ↓ TODAY WE ARE READY TO BUILD MORE. The final emotional takeaway should be: ACES HIGH IS NOT ASKING TO BE GIVEN AN OPPORTUNITY. ACES HIGH IS SHOWING WHY IT IS READY FOR ONE. Make it feel like the beginning of a serious engineering partnership. Premium. Confident. Technical. Human. Interactive. Aerospace. Forward-looking. “Now make the aircraft the primary interactive object. I want the presentation to feel like a digital twin rather than a website.”