Collision Alert Technology for Scooters (CATS)

Votes: 110
Views: 2190

Rentable electric scooters are often found in many large city centers and on college campuses for use as environmentally friendly transportation. Unfortunately, The Journal of American Medical Association reported that 40,000 injuries and 29 deaths are related to e-scooter accidents. The safety concern causes many people to fear e-scooters and some cities to ban the use of this valuable mode of transportation.

The Collision Alert Technology for Scooters (CATS) is an “active safety” solution integrated into rental electric scooters. CATS uses sensors and controls to detect potential hazards in the path of the e-scooter. CATS then alerts the e-scooter rider of such hazards so that they can take action to avoid a collision. The CATS solution identifies hazards like cars, pedestrians, and bikes (as e-scooters are used on roads, sidewalks, and bike lanes). CATS uses off-the-shelf technology and can be integrated into any rental e-scooter.

By addressing the accident problem, we not only save lives but we can reduce the major concern that discourages people from using electric scooters. This will ultimately reduce road traffic, pollution, and reliance on fossil fuels.

Unique value:
Most of the current solutions to address e-scooter safety are very expensive or are primarily reactive such that they only help after an accident has occurred. At only $10 per scooter our inexpensive CATS solution maximizes safety by preventing accidents from occurring in the first place. Also, only our solution captures real-time accident data. This aids in a faster response and an effective investigation.

Who benefits from CATS?


Riders:

  • Get encouraging extra “eyes on the road”
  • Enjoy a safer ride


E-scooter rental fleet operators:

  • Increased customer usage due to assured safety
  • Expanded market share due to increased acceptance
  • Longer vehicle life-cycle due to fewer wrecks
  • Fewer lawsuits from injured people


Cities:

  • Enjoy less traffic congestion
  • Less sidewalk clutter
  • Lower pollution due to citizens moving toward micro-mobility offerings


Hospitals and emergency service providers:

  • Fewer injuries and fatalities
  • Faster response time to accidents

 

Our team built a functional prototype of the CATS system integrated into a commercial e-scooter. The prototype has been demonstrated to industry experts that are interested in developing the product further. Initial analysis of marketings, cost, and manufacturing all indicate that the solution is feasible and highly desired. Our customers believe that CATS will prevent countless injuries and save lives while paying for itself through extended market penetration.

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  • ABOUT THE ENTRANT

  • Name:
    Dan Champoux
  • Type of entry:
    team
    Team members:
    Adult leads:
    Dan Champoux
    Autumn Mahoney
    Youth:
    Honor Hutchison
    Elias Cengeri
    Julia Mahoney
    Keira Mahoney
    Evan Welch
    Mihir Shah
    Lucas Chin
    Kate Kanoya
    Avani Nandalur
    Reyna Nandalur
    Julia Xiao(Hao)
    FIRST LEGO League Robotics Team #3646: Great Engineering Kids Of Tomorrow (G.E.K.O.T) -
    East Hills Middle School, Bloomfield Twp. Michigan
  • Profession:
    Engineer/Designer
  • Dan is inspired by:
    Our FIRST LEGO League robotics team is determined to make the world a better place for future generations.
  • Patent status:
    pending