How Far Can My 5G RC Car Go?

Core idea / premise

• The video tests whether an RC car can achieve very long-range control by using 5G cell towers rather than typical short-range RC remotes.
• The creator’s goal is:
  • “Mission delivery” over 2 miles in Los Angeles/suburbs first
  • Then a far more ambitious stunt: taco delivery in New York City, with the controller/driver located in Los Angeles.

Real-world range testing (creator’s owned RC cars)

The creator measures real connection range for three existing RC cars:

• A $60 mini truck: ~75 ft (“give or take”)
• Another similarly behaving unit: again about 75 ft
• A $200 RC car: goes the furthest, but still not enough for the mission requirements

Conclusion: Standard RC remotes aren’t capable of multi-mile operation.

• FPV could extend range (suggested up to ~10 miles), but it still doesn’t meet the “across the country” goal.

Product introduced: “Earth Rover” 5G RC car (5G-based control)

Key features described:

• Claims “infinite range” via cellular/5G connectivity
• Includes cameras and microphones, described as “FaceTime on wheels”
• Uses a SIM card
• Setup workflow (as shown):
  1. Insert SIM card
  2. Place RC car
  3. Connect via rovers.frotobots.com
  4. Use WASD-like controls: W/A/D/S for movement
  5. Microphone activation with M

Practical note: The creator successfully holds a conversation early on, indicating the mic/video link can work, though reliability issues still occur later.

2-mile LA “delivery” test (first major mission)

What the creator does

• Powers the 5G RC car, rides it once, then plans to travel about 2 miles back home.
• Controls it remotely from a desktop.

Complications / risks

Observed risks include:

• Connection stability issues
• Physical safety risks (falls, people potentially stealing it)

A major incident occurs:

• A person appears in a hotel-security-type situation, and police are called due to suspicion from the car’s camera presence.
• Attempt #1 is disrupted; escalation occurs via a “black suit/security” caller, then police are contacted.

Attempt #2 and result

• The creator re-drops the car away from that hotel.
• Drives it back successfully—about 2 miles.

Result: The “2 mile” success is treated as practical proof that long-distance operation can work (at least locally).

NYC cross-country stunt (LA controls; NY delivery)

Planning goals (explicit)

1. Find “mission control” to monitor the car.
2. Find a recipient to deliver food to.
3. Identify and walk/validate a route from the restaurant to the recipient (NYC navigation constraints).

TSA constraint (airport security)

• The creator worries about TSA confiscation before/around travel.
• They ask/declare whether anything fragile exists; the RC car is discussed during screening.

People involved (sources / team)

• Colt: New York-based YouTuber/builders; acts as mission control (monitoring/support).
• Jordan: New York-based YouTuber and recipient (the taco delivery target).
• Tous and other local suggestions: used for restaurant hunting (cookies/tomato soup lead).
• The creator also interacts with pedestrians during the delivery, partly to keep the car socially “less intimidating.”

NYC route scouting + restaurant selection

• The creator tests candidate restaurants by walking the route using a POV/route recording approach.

Route feasibility factors

• Crosswalk design, especially ramps for accessibility
• Potential obstacles:
  • steps (cookies place)
  • curb drops
  • dense street conditions

Final selection: Yellow Rose

• The final restaurant is Yellow Rose for tacos.
• A notable detail: the chosen route has ramps on almost every crosswalk, unlike alternatives.

NYC execution: what goes wrong / what matters technologically

Main operational challenges

• Technical app/website reliability

  • During the drive, “the website decided to crash,” implying remote control depends on the connected service/app.
  • Controls sometimes freeze temporarily (“it just froze”).

• Video/controls continuity under real movement

  • Falls occur.
  • The car can end up requiring people to help it.

• Human/environment risks

  • People may attempt to steal food, especially in chaotic areas.
  • At Washington Square Park, the creator realizes that approaching strangers with food can increase the chance someone takes it.

Food delivery routing tactics

• Mission control plus a “cold card / Colt card” concept:
  • If the operator gets stuck or too stressed, mission control intervenes.
• The creator admits they used it too early in one instance, leaving later sections without that safety net.

Delivery success

Despite multiple failures and disruptions (freezes, falls, website issues, theft attempts, wrong assumptions):

• The car ultimately reaches Jordan’s office.
• The creator calls Jordan, then brings the RC-car-delivered tacos to the recipient.
• The stunt ends with celebration and a photo moment.

Overall takeaway / verdict on the 5G RC approach

• Standard RC remote cars are limited to tens of feet.
• The 5G-based Earth Rover concept can support multi-mile remote operation, supported by:
  • successful 2-mile LA return
  • partial validation in NYC with real-time operation under dense conditions

However, the “infinite range” claim depends on:

• service/app stability (website crashes/freezes)
• network connectivity behavior on real streets
• handling, physical safety, and human factors

Main speakers / sources

• Preston (main creator/narrator/operator of the stunt)
• Colt (NY YouTuber; mission control/support)
• Jordan Stutter (NY YouTuber; delivery recipient)
• Kale (mentioned as an RC YouTuber using FPV systems; not present in-person)