Wednesday, October 07, 2026

EV: JaGuar Type 01

it is certainly unique and recognizable design... expensive by design... 

but if Chinese EV cards are available as on the market (most of the world except US)
there will likely be some look-alike cheaper clones soon...

New Jaguar Type 01: My HONEST take… - YouTube by carwow

The video provides a detailed first look at the new Jaguar Type 01, an all-electric grand tourer that marks a bold design reset for the brand (0:00 - 0:33).

Exterior Design:

  • Size: It is a colossal vehicle, measuring 5.2 meters in length, rivaling luxury cars like the Rolls-Royce Spectre (3:26 - 3:34, 4:35 - 4:40).
  • Aerodynamics: Despite its massive size, it features active aero and a sleek design, resulting in a drag coefficient of 0.23 Cd (2:03 - 2:10).
  • Unique Features: The car features 23-inch alloy wheels, a lack of a traditional rear window (using a camera feed instead), and a highly complex "impossible panel" rear design that took 22 weeks to engineer (3:42 - 3:50, 5:10 - 5:25, 13:41 - 14:15).

Performance & Engineering:

  • Powertrain: It is equipped with three electric motors (one front, two rear), delivering a massive 1,030 hp and 1,365 Nm of torque (6:22 - 6:25, 11:47 - 12:03).
  • Battery: The car uses a 118 kWh battery, offering a range of up to 450 miles and supporting high-speed 850V charging (6:13 - 6:40).
  • Weight & Dynamics: Weighing approximately 2.7 tonnes, it uses two-stage air suspension and clever chassis engineering to maintain ride comfort despite a very low bonnet line (12:29 - 13:38).

Interior & Practicality:

  • Minimalism: The cabin is strictly four-door with a central spine, utilizing a minimalist design with touch-sensitive screens and a soundbar integrated into the headrests (7:06 - 7:45, 8:48 - 9:00).
  • Cargo: The boot offers 450 liters of space, though it is described as quite shallow due to the motor placement (11:03 - 11:36).

Verdict:

  • The presenter believes the Type 01 has a strong "wow" factor and could bridge the gap to save the brand, though the ultimate success of the company may rely on a future, more practical SUV model based on this same platform (15:01 - 16:15).


New Jaguar Type 01: Can It Save Jaguar? | 4K - YouTube by TopGear

This video is a first look at the production-ready Jaguar Type 01, a pivotal all-electric luxury saloon intended to revitalize the Jaguar brand (0:00 - 1:14).

Key highlights include:

  • Design & Presence: The Type 01 features a distinctive, low-slung, and long design with a "villainous" aesthetic, 23-inch wheels, and active aerodynamic shutters (1:42 - 3:51). It lacks a rear window, utilizing a camera system instead (6:50 - 7:25).
  • Performance: It is built on a bespoke platform with three motors producing 1,030hp, enabling a 0-62mph time of 3.2 seconds. It offers a 118 kWh battery with 350 kW charging capabilities (9:21 - 10:17).
  • Interior: The cabin emphasizes a cocooning, high-quality, "two-plus-two" layout rather than maximum spaciousness, featuring a massive central spine for storage and a large, full-width soundbar/rear-view display (10:18 - 13:05, 15:13 - 16:41).
  • The Strategy: The Type 01 represents a total reset for Jaguar. With a starting price of £120,000, the company is gambling its future on this high-end, exclusive EV strategy to escape past failures (13:05 - 13:26, 17:42 - 20:05).


Jaguar Type 01 First Drive: Will It Make or Break Jaguar? - YouTube

This video features Vicki Butler-Henderson driving the new, all-electric Jaguar Type 01 prototype (0:00). The car is a major step in Jaguar's relaunch, designed to transition the brand into an electric-only future (0:39).

Key Highlights:

  • Performance: It is the most powerful Jaguar ever, with three electric motors producing 1,030 hp and a 0-62 mph time of 3.2 seconds (4:16).
  • Design & Tech: The Type 01 features a long-bonnet grand tourer silhouette, minimalist interior with light-colored materials, and unique features like an immersive sound system and a camera-based rear-view display (1:35-3:31).
  • Handling: Despite its 2,700 kg weight, the car is described as surprisingly agile, benefiting from 50:50 weight distribution, active dampers, and all-wheel steering (5:28-6:07).
  • Range & Charging: It offers an official range of 450 miles (which drops to about 320 on the motorway) and can recover 200 miles of range with a 13-minute charge (6:48-7:11).

While Vicki questions the practicality of replacing the rear windscreen with a camera display, she concludes that the Type 01 is a promising start for Jaguar's high-end electric future (8:24).

2027 Jaguar Type 01 | First Look - YouTube by KBB


Jaguar Wants £130,000 for This — After Selling Just 6 Cars in Britain - YouTube


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WebGPU examples

WebGPU is a modern web graphics and parallel computation API that provides near-native performance by mapping directly to modern native GPU technologies like Vulkan, Metal, and Direct3D 12. [1, 2]
Key Features & Benefits
  • Successor to WebGL: Replaces the aging WebGL standard with an architecture designed for post-2014 graphics hardware. [1, 2]
  • First-Class Compute Shaders: Unlocks general-purpose GPU (GPGPU) computing for heavy workloads like machine learning, physics simulations, and video processing without needing a canvas or rendering pipeline. [1, 2, 3]
  • Lower CPU Overhead: Reduces the cost of rendering individual objects compared to older APIs. [1]
  • Cross-Platform Support: Available in major browsers including Chrome, Edge, Firefox, and Safari, as well as non-browser environments like Node.js and Deno via native libraries like Dawn and wgpu. [1, 2, 3]

WebGPU.org



Real-time incompressible fluid and smoke simulation that runs entirely in the browser on WebGPU, with a CPU reference implementation used to validate every number the GPU produces.

Live demo →



Alex Rogachev


Major web platforms, AI applications, and immersive 3D experiences use WebGPU to unlock hardware-accelerated rendering and compute tasks directly in the browser. Because WebGPU bypasses older WebGL limitations, it is widely utilized for advanced machine learning inference and high-performance graphics. [1]

The most prominent sites, applications, and frameworks utilizing WebGPU include:

Major Web Applications
  • Google Meet: Uses WebGPU to run real-time AI background blur, virtual backgrounds, and video effects efficiently without draining CPU resources.
  • Google Earth: Implements WebGPU to render massive, highly detailed 3D geographic datasets seamlessly across modern browsers.
  • Sketchfab: Incorporates WebGPU ports to speed up browser-based interactive 3D model visualization and rendering. [1]
Core AI & Machine Learning Frameworks

Web GPU serves as a primary acceleration backend for running large models locally on a client's device:
  • TensorFlow.js: Utilizes WebGPU compute shaders to run neural networks significantly faster than traditional WebGL implementations.
  • ONNX Runtime Web: Microsoft's web runtime relies on WebGPU for client-side AI inferencing of complex generative models.
  • Apache TVM: Leverages WebGPU to deploy optimized deep learning models straight to modern web browsers. [1, 2]
Popular Web Graphics & Game Engines

Rather than building from scratch, most web developers use engines that already support WebGPU natively:
  • Three.js and Babylon.js: The two largest web graphics engines fully support WebGPU rendering pipes for next-gen 3D web games and applications.
  • Unity 6 and PlayCanvas: Top-tier commercial game engines feature WebGPU export capabilities, allowing developers to host desktop-grade games right inside web pages. [1, 3]
Testing & Ecosystem Showcases

If you want to test WebGPU live on your own hardware, you can visit these dedicated hubs:
  • WebGPU Samples: The official W3C compilation showcasing direct examples like flocking boids, texturing, compute-shader blurs, and physics.
  • WebKit Demos: Apple's playground for Safari-compliant WebGPU rendering examples and motion benchmarks. [4, 5]
Are you looking to test specific AI models locally in your browser, or are you developing your own web app and trying to choose a WebGPU-supported engine?
AI responses may include mistakes.

Modern web browsers can run lightweight AI models (typically up to ~8B parameters, optimized via 4-bit or 8-bit quantization) directly on local hardware using WebGPU acceleration. [1, 2]

Supported Model Families

Through frameworks like WebLLM and Transformers.js, users commonly run the following quantized model families entirely in-browser:
  • Llama Series: Llama 3.2 (e.g., 1B, 3B) and earlier compact variants.
  • Qwen Series: Qwen 2.5 and Qwen3 variants.
  • Mistral / Gemma: Mistral-7B-Instruct, Gemma, and Gemma-2.
  • Phi Series: Microsoft Phi-3 and Phi-3.5 mini models.
  • SmolLM / Specialised: SmolLM2, Hermes 3, DeepSeek-R1 (distilled smaller variants), and various vision/embeddings models like DINO. [3, 5, 6]
Main Frameworks
  • WebLLM compiles open-source chat models to WebGPU shaders using Apache TVM for high-performance execution.
  • Transformers.js leverages ONNX Runtime Web with WebGPU backends to run thousands of encoder, vision, and text-generation models from the Hugging Face Hub.
  • Google MediaPipe / LiteRT.js provides task-specific on-device inference (like text summarization or Gemini Nano integration). [4, 5, 7, 8]
If you want, let me know:What task you want the model to perform (chat, image classification, embeddings)Your target audience or device constraintsI can recommend the best framework and model size for your project.
AI responses may include mistakes.


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