Head Designer at C/M

 










DR SYDNEY NICOLA BENNETT 

Head designer. Owner at C/M Cypress Motors 

https://www.facebook.com/share/18Ljwe3o7G/

Key Performance & Technical Data

• Horsepower: 300 - 500/600 - 900 - 1200+ hp (off 2500 kW Standard)

• Torque: 10+ % above HP lb-ft 

• Acceleration (0–60 mph): 1.8-1.85 / 3.6 – 3.7 / 4.9-5 seconds. Some models under 1.8

• Powertrain: Dual-motor, all-wheel drive / RWD disconnect on some models (AWD - RWD). 2+ feature motors

• Battery: 7.2 Volts & Micro backup 7 tablet or hydrogen backup up 

• Range: Unlimited & Unlimited Metered Range self charge or air lung self breathing

Performance Highlights

• Sport & Sport Luxury: All C/M vehicle are performance & upgradable. Automotive & few models under 300 HP

"Preference over 200 HP on autos"


Meta: Facebook C/M Cypress Motors 

https://www.facebook.com/share/1G6UzRo8jW/

26. K.T-CIG 

Comments

Post a Comment

Popular posts from this blog

C/M 2026 Meter Rates Vs 2025

Image
    C/M 2026 Meter Rates Vs 2025 Automotive. Road Legal Motion Rates 2026 GET OFF OIL - GAS RELIANCE! NOT METERED UNLESS FORCED BY GOVERNMENT  Metering  R&D fee. Miniscule replacing fuel fee Taxation. Equal to Alberta or equivlant Gasoline - Deisel fiel fees  "Rates competing with grid electrical power" Tier 1  Under $15 on 400 km (light vehicles) R&D fee 2-5 cents per litre equivalent with a capped ceiling at 5 or $0.4-$1 (40 cents to $1) on 20 litres Taxes: 20 x 45 cents $9 20 x 50 cents $10 Fuel equivlance 400 Km For a fuel consumption rate of  5 liters per 100 km , you will need  20 liters  to travel  400 km .  Tier 2 Under $20 on 400 km (medium vehicles) R&D fee  2-5 cents per litre equivalent with a capped ceiling at 5 Taxes: 30 x 45 cents $13.5 30 x 50 cents $15 Fuel equivlance  400 Km For a fuel consumption rate of 7. 5 liters per 100 km , you will need 3 0 liters  to travel  400 km ...
Read more

EV Motor Cooling Systems

Image
Permanent Magnet Synchronous Motor (PMSM)  and the  Externally Excited Synchronous Motor (EESM) .  The Importance of Thermal Management Effective thermal management is paramount in electric vehicle (EV) design, especially when it comes to traction motors. These motors convert electrical energy into mechanical motion and are critical for the vehicle's overall performance and efficiency.  Managing their heat is essential, not only to maintain optimal functionality but also to extend the vehicle’s range and life. One practical scenario where cooling plays a critical role is during high-speed or uphill driving, where motors generate significant heat. Without effective cooling strategies like water jacket and oil spray cooling, the motors could overheat, leading to decreased efficiency or potential failures. More than a basic heat sink C/M HOLD PREFERENCE ON NON-OIL COOLING This aligns with our ability to use less parts & less maintenance improving reliability &...
Read more

C/M Thermal-Accoustics Research

Image
C/M Thermal-Accoustics Research  VOIDING OIL COOLING FOR PERPETUALS We are upscaling R&D. On. Sound makers to identifyer those. Now Cooling additives so we can shrink pack & upside Power in Horses & Torque in woundings. The key to a door once disregarded. Right here  THERMOACOUSTIC Thermoacoustic refrigeration (acoustic cooling) is an eco-friendly technology that uses high-intensity sound waves within a resonator tube to move heat, creating cold without harmful refrigerants. Sound waves compress and expand gas (like helium), and a "stack" of plates absorbs heat during compression and releases it during expansion, enabling refrigeration via, for instance, a YouTube video on Thermoacoustic refrigeration.  Key Aspects of Acoustic Cooling: • Process:  A loudspeaker creates a sound wave, and a resonant tube creates standing waves. A "stack" (porous material) absorbs heat when gas expands, creating a temperature gradient. • Advantages:  T...
Read more