According to U.S. Customs Bills of Lading data compiled by trade research firm ImportGenius and reported by Forbes, Zeekr has shipped more than 3,200 units of its CM1e — known in China as the CM1e, and to Waymo riders as the Ojai — into the U.S. since 2024, with over 2,600 arriving in 2026 alone. Zeekr has no other U.S. customer, so the vehicles are widely assumed to all be headed to Waymo's fleet.

Getting around a 127.5% tariff wall

Chinese-built EVs currently face a combined 127.5% tariff in the U.S. — a 100% duty on Chinese EVs, a standard 2.5% import duty, and an additional 25% fee on "strategic" products including autos and auto parts. At the CM1e's roughly $39,000 Chinese sticker price, tariffs alone could push the landed cost close to $89,000 before any self-driving hardware is added. Most analysts had assumed the expense would cap Waymo's Zeekr fleet at under 1,000 vehicles.

Stripped down, then rebuilt in Arizona

To satisfy U.S. security rules targeting Chinese connected-vehicle technology, the Zeekrs arrive as bare "gliders" — stripped of sensors, telematics, and computing systems at Zeekr's Ningbo factory. Waymo then installs all of its proprietary autonomous driving hardware and software at its manufacturing facility in Mesa, Arizona. A Waymo spokesperson confirmed the setup, noting the self-driving technology itself is developed in the U.S.

Already on the road in three cities

Waymo has confirmed over 300 Ojai vans in service across early-access areas in San Francisco, Los Angeles, and Phoenix, up from the "more than 100" figure it gave when the model launched in late May. The Ojai rides on Waymo's sixth-generation hardware, which the company says costs roughly half as much as its previous system, and offers sliding doors and a flat floor for easier entry than the Jaguar I-Pace vehicles it's gradually supplementing.

The gap between what regular American buyers can access and what a well-funded robotaxi operator can import highlights an odd side effect of Chinese EV tariffs: the policy meant to protect U.S. automakers from cheap Chinese competition hasn't stopped that competition from reaching American streets — just American driveways.

Range Rover officially previewed the GT in July 2026, describing it as "the most technologically sophisticated" model the brand has ever built. Unlike the tall, upright SUVs that define the current lineup, the GT is a low-slung, fastback grand tourer with a coupé-like sloping roofline — closer in stance to a Polestar 4 than a traditional Range Rover.

Now, footage from YouTuber @Wilcoblok shows a heavily camouflaged prototype completing final validation testing on the Nürburgring. Even disguised, the car's sharp fastback silhouette and lower ride height are unmistakable on track.

Electric first, hybrid later

The Range Rover GT will launch as a battery-electric vehicle (BEV), with a full-hybrid (HEV) option following later in its lifecycle. It rides on JLR's new Electric Modular Architecture (EMA), the same platform earmarked for the upcoming electric Range Rover Velar. Production is set for JLR's Halewood plant in the UK.

A "reductive" cabin

Inside, Range Rover is leaning into what it calls a "reductive" design language: a single large central touchscreen replaces most physical controls, paired with a slimmer digital driver display and a concealed full-width air vent. Range Rover managing director Martin Limbert said the cabin was built around "purity, precision, and quiet modernity."

Full specifications and pricing are still under wraps, with Range Rover targeting an official debut before the end of 2026. For now, the Nürburgring footage confirms the GT's sporting ambitions are more than just a design exercise.  

Driving Impression

The headline feature isn't the zero tailpipe emissions — it's the silence. With no combustion engine rumbling beneath the chassis, guides and passengers can hold a conversation at normal volume while the vehicle is moving, and the absence of vibration means wildlife photographers get noticeably sharper handheld shots, particularly in low light. Thula markets this as letting guests hear "the chirping of birds, rustling leaves, and roaring lions" rather than an idling diesel.

Animals also appear to react differently to the ESV. Without engine noise or diesel exhaust, game reportedly stays calmer and more visible at closer range — a meaningful upgrade for both the photography experience and general guest immersion. A long-travel, four-wheel independent suspension setup keeps the ride composed over rutted bush tracks, and power is sent to all four wheels for genuine off-road capability rather than just marketing shine.

Range and Duty Cycle

At 200 km (~125 miles) per charge, the ESV's range looks unremarkable next to a typical passenger EV — but that's the wrong comparison. Game-drive vehicles don't commute; they crawl at low speed for a few hours at a time, several times a day, then park overnight at the lodge to recharge. Thula says the 200 km figure translates to roughly three full days of game drives between charges, which comfortably covers a standard lodge operating rhythm.

Thula ESV Specifications

Note: some figures (e.g., seating capacity, charge time) have varied across Thula's model generations as the vehicle moved from prototype to current production spec — confirm with Thula Solutions directly for a specific unit or model year.

Verdict

The Thula ESV is a strong case study in electrifying a niche vehicle category by designing around its actual duty cycle rather than chasing passenger-EV benchmarks. For lodges and reserves prioritizing guest experience, noise-sensitive wildlife viewing, and sustainability credentials, it's a compelling — and increasingly available — alternative to converted diesel game-viewers.

  Elon Musk's Tesla and SpaceX have committed $16.8 billion to break ground on Terafab, a colossal chip factory in Grimes County, Texas, with total costs potentially reaching $119 billion. Musk described the planned facility as "the largest and most valuable building on Earth by far." 
   The scale is staggering: more than 100 million square feet of manufacturing space is planned for the site, which would make it the equivalent of 15 U.S. Pentagons. The complex is set to exceed the combined size of China's New Century Global Center, the Pentagon, Apple Park, and the Mall of America. 
   Located in Grimes County, a rural area of about 30,000 people roughly 75 miles northwest of Houston, the plant is designed to be vertically integrated, handling manufacturing, packaging, and testing of advanced logic and memory chips under one roof. The chips will power Tesla's Optimus robots and Cybercab robotaxis, as well as SpaceX's space-based data centers. The project is expected to create at least 3,000 jobs across Grimes and neighboring Brazos County, and Intel has confirmed it will contribute to the effort. 

Worth noting: this is on top of Tesla's existing Gigafactory Texas expansion plans and separate from Musk's earlier push to incorporate "Starbase" as an actual city around SpaceX's Boca Chica launch site — so there are two distinct "small city" storylines involving Musk right now if you want me to cover the other one too.

eVTOLs Take Center Stage at Farnborough Airshow 2026

The Farnborough International Airshow 2026, held from 20 to 24 July, marked a significant milestone for electric vertical take-off and landing aircraft. For the first time in the event’s history, a full-scale eVTOL completed public demonstration flights, including a transition from vertical lift to wing-borne cruise and back to vertical landing.

Vertical Aerospace of the United Kingdom achieved this landmark with its full-scale prototype. Chief Test Pilot Simon Davies performed the transition flight in front of industry leaders, regulators, operators and media. The company also displayed a full-scale commercial model of its Valo aircraft in the exhibition halls. Valo is designed as a four-passenger all-electric eVTOL with a targeted range of up to 100 miles and a cruise speed of approximately 150 mph. Vertical holds around 1,500 conditional pre-orders and is progressing toward certification, now targeting 2029.

Other Electric and Advanced Air Mobility Aircraft on Display

BETA Technologies participated with daily flying displays of its CX300, an all-electric conventional take-off and landing aircraft capable of carrying up to five passengers. The company also showed the MV250, a hybrid-electric uncrewed variant aimed at military logistics. Scottish regional carrier Loganair signed a non-binding term sheet for five CX300 aircraft with options for five more, positioning itself to become Europe’s first airline to operate an electric aircraft fleet from 2029.

Archer Aviation presented its Midnight eVTOL on static display. Joby Aviation exhibited its eVTOL air taxi, and Eve Air Mobility showcased a full-scale mock-up of its eVTOL design along with a flight simulator. Eve reported that its prototype had completed dozens of test flights since its first hover in late 2025 and was preparing for transition flight evaluations.

Broader Industry Context

The presence of multiple eVTOL and electric aircraft programs underscored growing momentum in advanced air mobility. Discussions at the show focused on certification pathways, infrastructure requirements, hybrid-electric solutions for extended range, and potential military and logistics applications. UK government support for Vertical Aerospace, including funding discussions for production facilities, further highlighted national interest in building a domestic advanced air mobility sector.

Farnborough 2026 demonstrated that electric aviation is moving from concept and private testing into public demonstration and commercial preparation, setting the stage for further progress toward operational service later in the decade.

Unitree R1 Humanoid Robot

The Unitree R1 is a compact, ultra-lightweight bipedal humanoid robot developed by Unitree Robotics. Designed as an accessible entry point into humanoid robotics, it prioritizes agility, dynamic movement, and ease of use for research, education, demonstration, and developer applications.

Standing approximately 123 cm tall and weighing around 27 to 29 kg depending on configuration, the R1 features a streamlined form factor that supports walking, running, cartwheels, recovery from falls, dancing, and dynamic martial arts-style motions. It integrates a multimodal large model for voice and image interaction, supports continuous over-the-air software updates, and is engineered for relatively straightforward out-of-the-box operation.

Key Design Highlights

• Agile mobility with 20 to 26 degrees of freedom (expandable to 40 on EDU variants with optional hands)
• 2-DOF head on standard and EDU models for enhanced environmental perception
• Lightweight structure ready for use without complex calibration
• Fully open joint and sensor interfaces on the EDU edition, with support for mainstream simulation platforms
• Hot-swappable lithium battery system

Specifications

Additional technical details include low-inertia high-speed internal-rotor permanent magnet synchronous motors, crossed roller and double-hook ball bearings, hollow plus internal electrical routing, and local air cooling. Joint movement ranges include knee from −10° to +139°, hip yaw ±157°, pitch −168° to +146°, roll −60° to +100°, and waist yaw ±150° with roll ±30° on equipped models.

Availability

The Unitree R1 is commercially available. Official pricing starts at $4,900 for the R1 AIR and $5,900 for the standard R1 model. The EDU edition requires direct contact with sales for configuration and pricing.

The robot is offered through Unitree’s official channels and authorized resellers. Shipping costs typically range from $300 to $1,200 depending on destination. Customers are responsible for all applicable customs duties, taxes, and import clearance procedures. Inventory status varies by configuration and region. For current stock, EDU options, or multi-unit inquiries, contact Unitree sales.

Tau Robotics has launched a home cleaning service using humanoid robots priced at $30 per hour. This service is currently available to a limited number of customers in San Francisco.

Tau Robotics, a home cleaning service using humanoid robots, has launched in San Francisco. The service costs $30 per hour. Initially, the machines perform cleaning tasks, including vacuuming, wiping, and taking out trash, but are not yet fully autonomous.

Each robot is remotely controlled by an operator from an office, and AI algorithms help perform individual actions and analyze the environment. This approach allows for data collection for further training of autonomous control systems.

The project aims to expand the home services market and attract customers who have not previously used home cleaning services.

The service is currently operating on a limited, invitation-only basis, and the company plans to gradually increase the number of orders after testing the reliability and safety of the technology.

Would you like a home cleaning robot?

  WhistlinDiesel continues its relentless Cybertruck test drive 

In the final episode of his Cybertruck Durability Test series (#3), WhistlinDiesel puts the Tesla Cybertruck through extreme challenges including:  High-speed collision into a Ford F-150 at ~110 mph  
Brutal off-roading in Moab, Utah (rock mode trails)  
VR headset “blind” driving  
Interior destruction tests (ripping visors)  
Driving on a flat tire/rim and multiple mechanical failures (towing module issues)

The no-holds-barred abuse testing highlights the truck’s limits in this conclusive chapter.

How to Adopt High Range Electric Trucks Like the SuperPanther eTopas 600: Real Fleet Advantages in 2026

The SuperPanther eTopas 600 now rolls off the line in Austria as a ready series production electric tractor unit. Fleets can put this Chinese developed battery electric truck into daily long haul service across multiple European countries right away in 2026.

Key Highlights from the SuperPanther Launch

• Series production began at Steyr Automotive in Upper Austria on 27 July 2026.
• First units delivered to DHL Gress Temmel and Lontex for use in five countries.
• 621 kWh CATL LFP battery supports around 600 kilometres real world range.
• Dual motor e-axle provides 394 kW continuous and 692 kW peak output.

What Sets the SuperPanther eTopas 600 Apart Among Electric Trucks?

The eTopas 600 arrives as a fully homologated 4x2 battery electric tractor unit. It carries a tare weight of 10.8 tonnes and a gross vehicle weight rating of 42 tonnes. SuperPanther supplies the dual motor e-axle power electronics and thermal management system. European partners contribute key parts from ZF Schaeffler Infineon Michelin Continental and others.

Assembly follows the semi knocked down method. Pre assembled modules ship from China and final build quality checks occur at the Steyr plant. This setup creates a vehicle adapted for European regulations operations and service networks. Dr Michael Ruf head of Europe for SuperPanther stresses the goal of treating Europe as a complete system rather than a simple export market.

The truck already enters regular commercial service. Operators gain a product validated under mixed European conditions with local manufacturing support. This combination of Chinese battery and drive technology with Austrian final assembly gives fleets a practical new option in the heavy duty electric segment.

How Does the Pricing and Operating Cost of the eTopas 600 Compare?

Exact purchase prices remain fleet specific. The combination of local production and European component content aims to reduce total cost of ownership over time. The 621 kWh lithium iron phosphate battery from CATL targets up to 4500 full charge cycles. SuperPanther quotes a service life of up to 1.2 million kilometres or eight years.

High power dual gun charging lowers downtime. Practical tests reached peak power of 646.7 kW and average power near 635 kW. Under real world mixed payload conditions the truck covers around 600 kilometres without fully depleting the pack. These figures support competitive daily utilisation rates for long haul routes.

Maintenance support comes through the Alltrucks network with 24 hour breakdown coverage. SuperPanther also builds technician training remote diagnostics and over the air update capabilities. Fleets benefit from reduced complexity compared with pure import models.

What Performance Specifications Define the SuperPanther eTopas 600?

The dual motor e-axle delivers continuous power of 394 kW. Peak output climbs to 692 kW. The 876 volt electrical architecture works with the large LFP battery pack. CCS2 ports sit on both sides of the vehicle. This layout enables simultaneous charging from two stations when available.

Range under European mixed conditions settles near 600 kilometres. The design prioritises usable capacity rather than theoretical maximums. Weight distribution and thermal management support consistent performance across temperature ranges common in central and northern Europe.

Operators report the truck integrates smoothly into existing depot and motorway charging infrastructure. The combination of high continuous power and substantial energy storage suits typical European long distance schedules.

How Does European Assembly Affect Reliability and Service?

Final assembly commissioning and quality assurance take place at Steyr Automotive. This local process allows adaptation to regional standards and customer requirements. Core electric components arrive as modules while many chassis and support systems come from established European suppliers.

Service partnerships focus on rapid response. The Alltrucks network provides widespread workshop coverage. SuperPanther invests in training programmes spare parts logistics and remote diagnostic tools. Over the air updates keep software current without extended downtime.

This structure addresses common concerns about support for Chinese origin commercial vehicles. Fleets gain both advanced battery technology and accessible European service infrastructure.

Which Fleets Will Benefit Most from the eTopas 600 in 2026?

Logistics companies running fixed or semi fixed long haul routes gain the clearest advantages. Early customers already include major operators such as DHL. Regional hauliers in Austria Germany the Netherlands Poland and the Czech Republic can trial the truck under familiar conditions.

Operators with access to high power depot or public charging stations maximise utilisation. The dual charging capability shortens turnaround times. Companies seeking to expand zero emission capacity without waiting for slower traditional European production ramps find an immediate option.

The 42 tonne rating and 600 kilometre practical range cover a large share of European freight missions. Fleets focused on sustainability targets and total cost control stand to benefit most.

What Impact Does This Launch Have on the European Electric Truck Market?

Chinese manufacturers continue expanding local assembly in Europe. SuperPanther joins other players using contract manufacturers to accelerate market entry. The eTopas 600 adds competition in the heavy duty battery electric tractor segment previously dominated by established brands.

Local production and component content help address regulatory and operational requirements. The model demonstrates that high capacity LFP packs and dual motor e-axles can deliver usable long haul performance today. Broader industry adoption of similar SKD approaches may increase overall electric truck availability.

Early customer deliveries across five countries provide real operational data. This information will influence future fleet decisions and further product development in the region.

What Practical Steps Should Fleet Operators Take to Evaluate the SuperPanther eTopas 600?

Contact SuperPanther European sales or Steyr Automotive partners to arrange demonstration runs. Review current route profiles against the stated 600 kilometre range and charging performance. Assess depot charging capacity to support dual gun sessions.

• Confirm residual value and warranty terms specific to the LFP battery pack.
• Evaluate Alltrucks service coverage in primary operating regions.
• Plan driver and technician familiarisation with the new powertrain and charging procedures.

Schedule deliveries according to current production slots at the Austrian plant. Monitor early fleet reports from DHL and other launch customers for real world energy consumption and uptime figures. Begin integration planning now to capture available 2026 production volume.

SANY SKT145Ei Cabless Autonomous Haul Truck Review: A Bold Step Toward Zero-Emission, Driverless Mining

The mining industry is rapidly shifting toward electrification and autonomy, and SANY’s SKT145Ei stands out as one of the most forward-thinking entries yet. This isn’t just another retrofitted electric truck with autonomy bolted on — it’s a purpose-built, cabless platform designed from the ground up for fully driverless operation in harsh open-pit environments. Launched in 2026, the SKT145Ei promises safer operations, lower costs, and better adaptability to tight mine roads.

Design and Build: No Cab, No Compromises

The most striking feature is the complete absence of a driver’s cab. By eliminating the cabin, SANY achieves a more compact vehicle layout with reduced overall length. This improves maneuverability on narrow haul roads and simplifies maintenance access.

The design optimizes sensor and controller placement for autonomous systems. Weight savings from removing human-centric features allow for better structural optimization around the payload and massive battery pack. It’s a clean, streamlined “cyber truck” for mining — rugged, functional, and future-focused.

Power and Performance: Electric Muscle with Smart Efficiency

• Battery: 801 kWh mining-grade pack
• Drivetrain: All-electric with potential independent wheel drive
• Performance: Strong peak power (approx. 740 kW / 990 hp range), instant torque, top speed around 50 km/h, and excellent gradeability

Payload sits in the 90-tonne class. Regenerative braking helps recapture energy on descents, boosting efficiency in cyclic mining operations. The truck is targeted at short- to medium-haul open-pit duties where frequent cycles benefit from electric advantages.

Pros for Operations:

• Zero direct emissions and significantly lower energy costs
• Reduced maintenance intervals and unplanned downtime
• Instant torque for loaded climbs and smooth, precise control

Autonomy and Safety: Multi-Sensor Fusion Done Right

This is where the SKT145Ei shines. It features LiDAR, mm-wave radar, and vision cameras with multi-sensor fusion engineered for harsh conditions (dust, rain, fog, darkness). Triple-redundant braking adds extra safety layers.

The system supports full autonomy with options for on-site or remote takeover. SANY emphasizes that autonomy moves people to safer, higher-value roles like fleet management and remote monitoring.

Who Is It For?

Ideal for large open-pit mines prioritizing sustainability, safety, and cost reduction. It excels in environments with narrow roads where cabless compactness provides a real advantage.

`

BYD has confirmed that its upcoming flagship electric sedan will offer an impressive CLTC range of up to 1,008 km (approximately 626 miles) on a single charge.

Key Highlights:
The vehicle was spotted in public for the first time ahead of its official debut, expected next month (August 2026).
It features BYD’s advanced Blade Battery technology (likely a large ~102 kWh LFP pack) and supports fast/flash charging.
Positioned as a full-size luxury sedan (possibly named Da Han), it aims to set new standards in the long-range EV segment.
This model strengthens BYD’s leadership in high-range electric vehicles, particularly in the competitive Chinese market, where extreme range is a key selling point for consumer confidence. Official pricing and full specifications will be revealed at the debut.