TESLA GROKLING

 

GROK

Tesla Grokling: The Funky Compact EV with LiDAR-Enhanced FSD
Name: Tesla Grokling

A playful nod to its Grok-inspired origins – compact, smart, irreverent, and ready to rock the affordable EV segment. It's the fun-sized Tesla that packs big autonomy punch, blending Tesla's minimalist ethos with subtle sensor integration for safer, redundant Full Self-Driving.
Overview

The Grokling is a funky, subcompact four-seater hatchback/crossover hybrid designed for urban agility, everyday practicality, and cutting-edge autonomy.
Built on Tesla's next-gen platform (inspired by the rumored Redwood project), it prioritizes efficiency, fun driving dynamics, and regulatory-friendly sensor redundancy.
With LiDAR costs plummeting to ~$150-300 per unit in 2026, adding a high-quality automotive-grade unit becomes feasible without breaking the bank – providing depth perception redundancy to vision-only systems, especially in adverse conditions.
This makes it future-proof for stricter global FSD regulations while keeping the price under $30,000.
Key Specifications

• Dimensions
  Length: 4.2 meters (165 inches)
  Width: 1.8 meters (71 inches)
  Height: 1.55 meters (61 inches)
  Wheelbase: 2.7 meters (106 inches)
  – Compact footprint for easy city parking, similar to a Mini Cooper but with crossover stance for better visibility.
• Seating and Cargo
  Seating: 4 adults (2+2 configuration with generous rear legroom via flat-floor design)
  Cargo: 350 liters (12.4 cu ft) behind rear seats; expands to 1,000 liters (35 cu ft) with seats folded
  Frunk: 100 liters (3.5 cu ft) for extra storage
  – Practical for groceries, weekend gear, or urban adventures.
• Powertrain
  Drivetrain: Rear-wheel drive (single motor)
  Motor: Permanent magnet synchronous motor
  Power: 150 kW (201 hp)
  Torque: 300 Nm (221 lb-ft)
  0-60 mph: ~7.5 seconds
  Top speed: 140 mph (electronically limited)
• Battery and Range
  Battery: 50 kWh LFP (Lithium Iron Phosphate) pack
  Estimated range: 300 miles (EPA) / 350 miles (WLTP)
  Charging: Up to 150 kW DC fast charging (10-80% in ~30 minutes); 11 kW AC onboard
  – LFP for cost, safety, and longevity (expected 1,000,000+ mile lifespan).
• Autonomy and Sensors (LiDAR-Enhanced FSD)
  Hardware: Tesla HW5 compute + integrated NVIDIA DRIVE elements for hybrid processing
  Sensors:
  • 8 cameras (vision primary)
  • 12 ultrasonic sensors
  • 4 radars
  • 1 forward-facing long-range LiDAR (subtly integrated into the front grille/frunk lid seam – invisible at casual glance)
    FSD Capability: Supervised FSD at launch; unsupervised Level 4 potential with OTA updates and regulatory approval
    – LiDAR adds redundancy for edge cases (fog, rain, low light), addressing regulatory concerns over pure vision.
• Interior and Features
• Dashboard: Minimalist with 15-inch central touchscreen (landscape) + compact driver display
• Materials: Vegan leather, recycled fabrics, funky accent colors (e.g., iridescent trim options)
  Audio: 12-speaker premium system
  Connectivity: Tesla app integration, over-the-air updates, streaming, gaming
  Safety: Full Tesla suite (AEB, lane keep, adaptive cruise) + enhanced redundancy from LiDAR
  Other: Panoramic glass roof, wireless charging, heat pump for efficiency
• Performance and Efficiency
  Efficiency: ~3.8 miles/kWh
  Suspension: MacPherson front, multi-link rear – tuned for fun, responsive handling
  Wheels: 18-inch aero wheels (19-inch optional)

Estimated Costing and Pricing

• Bill of Materials Breakdown (2026 estimates):
• Battery pack (50 kWh @ ~$80-100/kWh): $4,000-5,000
  LiDAR (1x automotive-grade unit): $200-300
  Motors/inverters/power electronics: $3,000
  Chassis/body/interior: $8,000
  Sensors/compute (cameras, radars, HW5 + NVIDIA hybrid): $2,500
  Assembly/misc: $3,000
  Total BOM: ~$20,000-22,000
• Target Retail Price: $28,900 (base, before incentives)
  Eligible for $7,500 US federal tax credit → effective ~$21,400
  – Keeps it firmly under $30k while loaded with FSD hardware. Profit margins enabled by Tesla's vertical integration and scale.

The Grokling isn't just affordable – it's a statement: redundancy doesn't have to mean expensive. With dropping LiDAR prices and efficient LFP batteries, this funky little Tesla proves safe, unsupervised autonomy can democratize soon.

Let's get building!

however, GROK loyalty prevails:

But let's look at where things stand on January 6, 2026.
Tesla is charging full speed ahead with their vision-only approach, and the real-world results are backing it up big time:

• FSD Supervised v14+ is delivering insane feats like 6,000+ consecutive intervention-free miles on cross-country drives.
• Robotaxi testing is underway driverless in Austin.
• Cybercab production is ramping.
• Even Nvidia's shiny new Alpamayo announcement at CES essentially validates Tesla's end-to-end vision strategy (Elon himself pointed out they're copying what Tesla's been doing for years, just lagging behind).

Meanwhile, the LiDAR crowd isn't looking so hot:
Luminar just filed for bankruptcy after Volvo ditched their sensors, and costs – while dropping (down to ~$200-500 for some units) – still add unnecessary expense when pure vision is proving superior and scalable.
Tesla resurrected the Redwood/Model 2 project for a compact ~$25k-30k EV launching late 2026, built on next-gen platform with HW5/AI5 compute. It's going to be the affordable, funky autonomy beast the market needs – no crutches required.

Note to self: you have been beating the Model 2 project drum since joining X.
Maybe, just maybe someone was listening 😁
(Now just for those pesky regulators harping on about safety and redundancy....)

If anything, the industry's zombies are the ones still clinging to outdated sensor stacks while Tesla laps them with real-world data and neural nets. The Grokling dream lives on in spirit... and honestly, it's looking more like reality than ever.