The Karlmann King is a low-production SUV that is manufactured in Italy and the United States.

The price starts at $1.85 million, for the standard version. It is the most expensive SUV in the world. It features a 6.8-liter V10 engine which produced 398 horsepower. However, because the Karlmann King weighs an abnormally-heavy 10,580 pounds (Without armor), its top speed is a mere 87 mph. The car features optional bullet proofing. Only 9 units will be built in Italy, however a larger, unknown number will be built in the United States in a modified and more standardized version. Other features include independent air conditioning for the front and rear, a coffee machine, neon sky lighting, a flat-screen TV, electric tables, air purification, a bar, a laptop and a fridge. All of the electric features can be controlled via an in and out-car app or a built-in control panel. Entertainment options include a Hi-Fi sound system, a PlayStation 4, phone projection, satellite TV and Wi-Fi.

Karlmann King

This 3D GLB model showcases a compact, multi-functional smart signal pole, ideal for smart city and telecom visualization projects.
Built around a tall, white cylindrical pole with a square base, it integrates core communication and urban service features:
Telecom Antennas: Two vertical antenna arrays on the upper section support 4G/5G and wireless data transmission.
Lighting System: Three curved arms with pink-tipped LED lights and a top-mounted accent light provide aesthetic street illumination.
Smart Sensors: A surveillance camera for public safety monitoring, plus a smaller lower-mounted device (likely an environmental sensor or Wi-Fi access point), extend its smart city functionality.
With its clean, modular design and precise component details, this model is a practical asset for 3D renderings, urban planning simulations, and infrastructure demonstrations.

signal tower

Quarky, an ESP32-based robotics controller designed for hands-on STEM learning.
It features a 7×5 RGB LED matrix, proximity and infrared sensors, touch inputs, motor ports, speaker, and battery-powered operation.
With support for block coding and Python, along with Wi-Fi and Bluetooth, Quarky is ideal for DIY electronics, robotics projects, and student makers.

Know more:
https://youtu.be/XysIwOvxNtU

Quarky Board V3.1.0

Step into the future with this conceptual design of the iPhone 17 Pro Max. This model envisions the next leap in Apple's design language, featuring a seamless, monolithic chassis with a revolutionary titanium-ceramic composite material for unmatched durability and a premium feel.

Conceptual Features:

Full-Screen Under-Display Technology: A truly borderless Dynamic Island and front camera system hidden beneath the brightest, most vibrant OLED ProMotion display ever.

Advanced Camera Array: A quad-sensor LiDAR-enhanced system with periscope telephoto lens, housed in a sleek, integrated bump.

Port-Less Design: Charges exclusively via next-generation MagSafe and Wi-Fi PowerShare technology.

Tactile Solid-State Buttons: Haptic feedback for volume and power, creating a flawless, unbroken exterior.

Modeled and rendered in Blender. This is a fan-made concept and is not affiliated with Apple Inc.

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