• No harness attachments on SIS diagonal

• MHB-MHBS miter required

• 60C module structure testing option

• Notice of future rules development

An energy budget is needed to understand endurance. Energy efficiency is as important as mass, power, aero, mu. Spend energy as efficiently as possible to generate speed.

• Phasing out side view tubes

• Reference point change

• Module column structures

• Cameras mounted one fastener to tabs

• Clamp load, bolt stretch, joint stiffness

• Prevent self loosening

• Torquing methods

• Fastener types

• Ride Height, Impact Attenuator, Impact Structure Heights

• Use Eyes For Harness Clips

• EV Rear Diagonal Requirement

• Get External Items off the Main Hoop and Main Hoop Braces

• High temperature knockdowns for composite and structurally bonded tractive batteries

• LV Batteries and Pressurized Cylinders must be inside the chassis

• No engine mounts on the Shoulder Harness Bar or Braces

• Maximum static ride height should be <= 75mm

• Comparing and engineering for different materials

• Strength, stiffness, triangulation, load paths, gussets

• Suspension loading

• EV Tractive Battery mounts

• Engineer a strong battery lifespan

• EV Efficiency is as important as mass, downforce, drag, power, and mu.

• Create tools for drivers to manage energy

• Add regenerative braking later

• Energy consumption * time

• (Throttle history, rpm history) * (BSFC -or- cumulative EV efficiency maps)

• Add up fuel injector duration

Doing research, reverse engineering, setting design targets. Additional insight for teams thinking about making the EV transition.

• Standard Honeycomb IA

• FH Angle and Head Restraint Protection

• Tougher Monocoque Modulus and Harness

• Max 2 Tractive Battery Attachments Per Tube

• And more…

Instead of thinking that you have to fill up X number of pages for the design report, the mentality should be “how can we fit all of our knowledge and work into these pages?”

State of charge, cooling, and water-based extinguisher information to minimize the chances of battery pack overheating, fire, or explosion.