Arma British Columbia. Canada Supercar

 

Arma British Columbia. Canada Supercar

ITALY 488 LIKE TRACK - STREET 

Under $75,000.00 Canadian 

Minimum Price just over:

33,300.00 US Dollar =
45,950.673 Canadian Dollar
1 USD = 1.37990 CAD
1 CAD = 0.724690 USD

armaautomotive.com

https://armaautomotive.com/contact.php

Reference 

https://youtu.be/acDNtq0UL6k?si=InQwXtxQgEHPmQ3K

"This is competitive to the C/M Hyper 2. We could even pay blueprint licensing & create a model based on then develop other models from their professional in comparison to ours or a hybrid variant as the design meets a similarity to our goals with roll cage + track & manufacturing.  One of the best Canadian options. Some people may wnat to spruce up the inteiror & exteiror otherwise bare bones track race street legal in a fair price range" - Dr Sydney Nicola Bennett 

Like C/M Hyper 2 or Hyper 2 F1

Arma has a 488 killer you can put any transmission & gasoline or diesel if not EV & even a M.D.E - C/M Piston-Punch Motor system in

The Ferrari 488 (Type F142M) is a mid-engine sports car produced by the Italian automobile manufacturer Ferrari. The car replaced the 458

Priced similar to C/M Hyper 2 & Hyper 2 F1 Regs or Special not High Profile. Working models for track & street as a custom fab like C/M more importantly yet different than Xray or Associated shaft or belt (which could be worked into)

Actual respectful Canadian Choice in automotive unlike some over other imports 

A BASIC BACK UP IN CASE THE COMPANY FOLDS 

S.B.G & CIG with others will connect to keep it afloat as we like the 488 ground up killer

CIG

2 STONES. 2 TOPICS. ON ANOTHER NOTE 

Sweat-activated winter jacket boosts thermal regulation by 82.8% in tests

Tested in both labs and the streets, a bacterial cellulose-filled jacket proved it could outperform traditional textiles in regulating body temperature.

In cold weather, people layer up to stay warm. Thick coats, scarves, and gloves trap heat and block icy winds. But most winter clothing can’t adapt when our bodies heat up during activity.
Walking briskly, shovelling snow, or cycling in a winter coat can lead to overheating.

Sweat builds up inside the layers, leaving you hot, sticky, and uncomfortable. Many people end up removing a layer, which leaves them exposed to the cold again.

For decades, textile makers have focused on lighter, more breathable fabrics. Yet, truly adaptive cold-weather clothing has been rare outside of high-performance sports gear.
That gap is what a team of scientists in China decided to address.

Membrane that changes thickness
Xiuqiang Li at Nanjing University of Aeronautics and Astronautics led the project. His team used a bacterial cellulose membrane as the jacket’s filling. The membrane automatically changes its thickness depending on humidity.

In cool, dry air, it stays 13 millimeters thick to retain warmth. When humidity rises, such as during sweating, it shrinks to just 2 millimeters.
This allows the jacket to keep wearers warm when needed and cool them down during exertion.

The team first tested the membrane in a controlled lab environment. They used a system that mimics human skin to measure thermal performance under varying conditions.
After that, they integrated the material into commercial down jackets for real-world trials.
Volunteers wore the jackets while walking or cycling outdoors. Researchers tracked their comfort levels, body temperature, and the membrane’s response to humidity.

The researchers reported that “Our sweat-sensitive adaptive warm clothing can expand the thermal regulation capability by up to 82.8% compared to traditional textiles.” They also wrote that the clothing can “extend the no-thermal stress zone by an average of 7.5 hours across 20 cities.”

The technology could benefit people working outdoors in varying conditions. Sanitation workers, couriers, and police officers could remain comfortable for longer periods without removing layers.

Despite its promise, the product is not yet ready for retail.

More research will test the membrane’s performance in extreme cold and wet environments. Durability over months or years of use also remains a question.

The team will study how the bacterial cellulose behaves when exposed to constant movement, compression, and washing.
Another challenge is scaling up production while keeping the material affordable.
If successful, sweat-sensitive insulation could mark a new chapter in cold-weather clothing.
Future designs might use it in parkas, vests, gloves, or even sleeping bags. The same principle could help regulate body temperature in military uniforms or space gear.

For now, the innovation offers a glimpse into a future where winter clothing works with the body, not against it.
Instead of choosing between overheating and freezing, wearers could enjoy consistent comfort for hours, regardless of activity levels or changing weather.

The study is published in the journal Science Advances.

Reference Link 

https://interestingengineering.com/innovation/sweat-activated-winter-jacket

CIG