C/M Motor Windings - EV - Air Hybrids

C/M Motor Windings - EV - Air Hybrids 

EESM & MAGNETIC MOTORS

Permanent or Electromagnetic Pulse

Utilizing wireless conductive properties & air-pulse effects we can effectively shrink windings & cut material reliance to meet equivlance for Motors increasing efficiency in lighter weight - compact casings with similar or the same cooling systems 

Magnetic Wireless Charging 

https://devisionsatcm.blogspot.com/2026/05/wireless-ev-charging-uses-magnetic.html 

A common goal at C/M under Sydney Nicola Bennett is cost cutting for equivlance to pass onto end users & upscaling performance 

Our smart motors for Kinectic Energy Generators & or Hydrogen Hybrids if not for Wind-Tunnel Piston-Punch (which works with Piston Engines at 200-2000+PSI modeling) 

"If we can drop sizing on 300-600 horsepower & end user kits at $300-500 or less Canadian dollars then we doing something right for high performance automotive & connected efforts"

MODERN EV MOTOR WINDINGS

Horsepower & Torque + Payload Capability 

EV motor windings are the conductive coils (usually copper) in a stator that produce a magnetic field when electric current flows, essential for torque production. High-performance EVs commonly use hairpins (pre-formed rectangular bars) rather than traditional round wire to increase slot fill, reduce resistance, improve thermal performance, and maximize power density. 

Key EV Winding Technologies & Trends

• Hairpin Windings (Bar Windings): This is the dominant trend for high-speed, high-efficiency motors. Rectangular conductors fit tightly into stator slots, providing superior heat dissipation and higher efficiency than traditional wire.

Concentrated Windings: Coils are wrapped around individual stator teeth, making them simpler to manufacture, but they can create higher torque ripple, affecting noise and vibration.

Multiphase Topologies: Use of dual three-phase or even higher phase counts to improve reliability and reduce DC bus ripple.

Dynamic Reconfiguration: Advanced systems can switch winding configurations—e.g., from star to delta—during operation to optimize efficiency for both high-torque acceleration and high-speed driving.

Key Considerations

• Thermal Management: Because windings are the primary source of heat, advancements focus on better insulation,, direct oil cooling, and tighter packaging to enhance power density.

Manufacturing: The move to hairpin technology requires specialized manufacturing processes (e.g., twisting and welding the bar ends) to achieve consistent quality.

Efficiency: The goal of winding technology is to reduce AC copper losses to improve overall vehicle range.

Materials: While copper is standard, some development is ongoing for aluminum windings as a cost-effective alternative.

Reference 

https://youtu.be/-3hxwWPP4L0?si=44xGTuedyecuCpf_

Relevance 

https://youtu.be/19zIZ7sTEhQ?si=Mj-R4FX3CQyCp-Ka

Rectangular motor windings, often called hairpin or flat-wire windings, use rectangular copper wire to increase slot fill factor, resulting in higher power density and better thermal management compared to traditional round wire motors. This technology enhances EV range by improving efficiency and allowing for smaller, lighter motor designs. Key methods include hairpin, I-pin, and wave winding techniques. 

Key Advantages of Rectangular Windings

• High Slot Fill Factor: Rectangular wires stack efficiently like bricks, achieving slot fill factors up to 0.8, compared to 0.45 for traditional stranded, round wires.

Improved Cooling: Fewer air gaps and increased surface area allow for more direct and efficient heat dissipation, allowing motors to run cooler under high loads.

Higher Power/Torque Density: The higher packing density (higher "copper density") allows more current to flow, enhancing the power and torque density of the traction motor.

Automation-Friendly: The, high-precision, robotically inserted nature of flat wires allows for highly automated production. 

Common Rectangular Winding Techniques

1. Hairpin Windings: The dominant form of rectangular winding in EVs, where U-shaped "hairpins" are inserted into the stator slots and welded together.

Wave Windings: A continuous form of winding that reduces the number of welded joints, decreasing the risk of manufacturing defects.

I-Pin Windings: Straight bars that allow for easier insertion than hairpins, often used in automated processes. 

Challenges and Considerations

• Higher AC Losses: At high frequencies, rectangular conductors can face higher losses due to skin and proximity effects, notes.

Manufacturing Complexity: While they support automation, the insertion and precise welding of hairpins can be complex and require advanced,, robotics-driven production lines.

Welding Quality: Because they rely on numerous welds, the durability of these connections is crucial to performance.

Altered windings changes torque levels 

NB-OT Labs u like K.T Neuro-Labs would have themselves co vic ed that hijacking brains - bodies with memory extraction analysis allows them to take over C/M through infiltration yet that's a crrime

Luring people in. Hooking up their brains - bodies up to wBCI's without informing then moving the equipment without informing to spy on & access apparently allows a hostile take over 

Corporate international Espionage at its finest. Up the derriere or was it a fag conga line. NB-OT Labs. 

Like nudies conga just we are not there 

It's neither here nor there... Sydney Nicola Bennett opts out (fu*k that)

Now Chislholm Ontario residents are wBCI victims & some in on like North Bay & area extending pre - post 1989 & leading up to 2026 with some not affected until 1990's & 2000's or later

Campbell - Clique (Clee-Che) & Moore families are a direct lead in the area of both affected & involved connected to UK - USA. Some are with a safe standardized lab & others not. NB-OT Labs Clusters 1 & 2 then a K.T + another lab are involved in investigations between Labs 

We found house pets (cats - dogs) & humans hooked up at some Labs operating covertly in secret to wBCI's used as abused ventriloquist dolls

Terry Trailer the second 2018-2019 / 2018-2026 affair & Teamsters reference. Red-white = Sydney. Yellow-white = Campbell Chisholm

Sydney's was hijacked by NB-OT Labs & ripped off then resold by Co-Operators client salvedged $5000.00 write off. New wheels after damage. Bennett isn't much into camping. Medicine Hat blow out was disturbing on driver to Red Deer from Barrier after initial drive there & turn in 1 week (2 separate routes & vehicles). Sucked. Never again! Fu*k that mother fu*king trailer (pile of sh*t!). Traded the lease on a finance & paid off. Gifted & bought a new vehicle in cash. Fu*k off woth NB-OT Labs spurring negative equity bit

NB-OT Labs in 2018 were recorded attacking Bennett during a drive out & return to pick up items & back to Red Deer then Sylvan Lake to work connected to Calgary & Edmonton 

Bennett later ditched most items & bought new in 2022 out if no choice of ones own. NB-OT Labs attack & Forced flee. The flee then Toronto & Palm Springs & Toronto then North Bay 

Only had items after moving some from Calgary - Airdrie to Callander then Niagara Falls then later St Catharines - Thorold then Waterdown - Hamilton & Barrie briefly fighting for control of ones body between NB-OT Labs & K.T while investigating doing rotations 

There to work - study & live. Would have left items in Calgary them visited Callander & Niagara Falls then took a place in Sylvan Lake temporarily then returned to Calgary traveling from yet NB-OT Labs made it hard while others with K T could have filled the gaps 

Driving from Barrie, ON, to Red Deer, AB, via the Trans-Canada Highway covers approximately 3,150–3,300 km and takes about 35–38 hours of driving time over 3–4 days. The route generally goes through Northern Ontario (Hwy 17/11), across the Prairies (Manitoba/Saskatchewan), and into Alberta, with a 2-hour time difference. 

Not going through North Bay. North Bay from Toronto sits memory from Bennett's childhood entering the overpass in Callander & Mountain Road cemetery (1980's) otherwise as it was... 

Driving Route & Details

• Approximate Distance: 3,150–3,300 km.Driving Time: ~36–38+ hours (without long stops).Route: Take Highway 11 or 400 North from Barrie to connect with the Trans-Canada Highway (Hwy 17) in Northern Ontario, then follow the TCH West through Manitoba and Saskatchewan.

Best Pace: Plan for 3–4 days of driving (approx. 800–900 km per day). 

Key Stops & Considerations

• Northern Ontario: Expect long driving stretches and prepare for remote areas between North Bay, Sault Ste. Marie, and Thunder Bay.

Accommodation: Pre-book hotels or campsites, especially in Northern Ontario, as they can fill up.

Fuel: Fuel up regularly in Ontario. Prices may vary, and remote stretches exist.

Best Time to Visit: Summer offers the best road conditions, while winter driving in Northern Ontario and the Prairies requires high caution. 

Alternative Travel Options

• Fly/Bus: Fly from Toronto (YYZ) to Edmonton (YEG) or Calgary (YYC), then take a bus/shuttle (approx. 8–9 hours total).Train: A scenic but longer option is taking the VIA Rail train from Ontario to Western Canada. 

Note: Red Deer is 2 hours behind Barrie (e.g., if it is 8:00 AM in Barrie, it is 6:00 AM in Red Deer).

GRAND TOURISMO 2 & SALOONS 

In Gran Turismo 2 auto upgrades are essential to increase performance, starting with racing tires
for better grip, followed by weight reduction, engine balancing, and exhaust upgrades. Key modifications, such as Racing Modifications (RM), can be purchased at GT Auto to fully convert cars for racing

Essential Upgrades & Tuning Priorities

• Tires (Top Priority): Racing Super-Soft tires offer the best braking and acceleration, letting you out-brake opponents.

Engine & Power: Purchase Racing Mufflers and the Performance Chip early for a significant boost for low cost.

Weight Reduction: Sheds weight to improve handling.

Engine Balancing & Port/Polish: Crucial for enhancing power in naturally aspirated cars.

Flywheel & Clutch: A racing flywheel helps the engine rev faster. 

GT Auto and Special Upgrades

• Racing Modifications (RM): Available in GT Auto, this transforms compatible cars into racing versions, including a weight reduction, suspension, and specialized rims. Note: This removes all previously installed non-structural parts.

Weight Reduction: Reduces vehicle weight to improve power-to-weight ratio.

Rigidity Increase: Adds a roll cage, strengthening the chassis.

Oil Change: A cheap way to boost horsepower. 

Tuning Setup

• Suspension: Adjustable suspensions are key for racing.

Transmission: A custom transmission allows tuning of final gears for better acceleration or top speed.

Brakes: Racing brakes and pads improve braking, allowing faster corner entry. 

For those looking for a specific plan, the most heavily upgradable car is the Fiat 500R. 

CYPRESS MOTOR SPORTS