M.D.E - C/M Standard Brushless Motors
S.B.G & CIG
M.D.E - C/M Standard Brushless Motors
HORSEPOWER & TORQUE
Motor Windings
How we acheive 200, 300, 600, 900 or lower Horsepower & slightly higher Torque levels if not heightened Torque levels for specific applications then up or down scaled variations of
The windings are slightly altered with magnets & specific variables allowing us to achieve
Simple safe & Standardized Brushless with Speed Control system & available electronic or electronic & manual hybrid transmission + electrical or Energy management
BASIC MOTORS + SPEED CONTROLLERS
Wired systems which offer mandatory standards then advanced additional optional additives
M.D.E - C/M
Smart digital management systems allows us to control Energy Generation & Use or Storage & Use which includes traction control + Battery depleation management to meet new positive or break even on materials over a 15 plus year use period or over 500,000 Km
M.D.E - C/M CHOICE
We went against axial or radial flux or Hybrids in favor of a scaled Brushless option which is lightweight yet spacious. The lower cost & higher performance works well so we look at RC Enthusiasts Racing as inspiration with Spdctrum as a Standard with others just full scale
Scaled up & boxed for an Emergency Safety System integration effort yet lightweight
A common size for 1/10 touring cars is a 36mm diameter motor, with lengths like 50mm or 54mm being typical for the chassis.
Our Air Motors operate similarly yet utilize a compressed screw torque effort
https://cmbennettbrothers.blogspot.com/2025/08/cm-screw-pumps.html
OUR EMERGENCY SAFETY SYSTEM
M.D.E - C/M utilizes the Emergency Safety System app with manual override into Brushless Motors & Speed Controllers then Emergency Safety Systems integrated into the Motor
Basic standard features then additives exist
A manual & automatic override system exists as a standard aspect of the Emergency Safety System
This voids wheels from locking with brakes at full speed & the braking system is a separate managed variable with disc brakes & power steering while Wind-Tunnel extra braking is managed with a purge safety exhaust effort to void wheel locking
UNDERSTANDING MODERN BRUSHLESS
Brushless Motors
https://youtu.be/qfIOpi2brfc?si=ODPri68UCGnmEXYT
INDUSTRY STANDARDS IN RC RENOTE CONTROL
Variables involved in modern EV Motors
SPECTRUM AS A BRANDS OFFERING
https://www.spektrumrc.com/home
Firma 85A Brushless Smart ESC / 3300Kv Sensorless Motor Combo
Spektrum Firma 85A Smart ESC for surface vehicles is waterproof and delivers power and intelligence all-in-one. Without additional sensors or modules, they feed battery and ESC telemetry data straight to your radio in real time, all over one connection. Now includes a compatible 3300Kv Firma Brushless Sensorless motor when you purchase the combo
Product Features
• Smart all-in-one telemetry
• Fast, powerful 32-bit ARM M4 processor
• Waterproof
• Multiple options for easy programming:
• Button programming
• Smart ESC Programming Box
• SmartLink USB Updating and Programmer application
• Multi-point protection:
• Over-current protection
• Automatic LiPo low-voltage cutoff
• Thermal protection
• Failsafe protection
• Developed and designed by Spektrum™ engineers, in partnership with the industry's leading ESC manufacturer
• Hand-picked combo for 4WD 1/10th scale surface applications running on 3s Lipo setups
• Includes high performance and durability Spektrum Firma 3300kV Brushless motor
• High current adjustable BEC (6v or 7.4v @ 4 Amps)
• Compact for easy installation in most applications
• Ready to install — no soldering required
• Rugged plastic case with mounting tabs
• Aluminum heat sink for high efficiency
• Cooling fan
• Adjustable high-power BEC
• Firmware updatable through the Smart ESC Programming Box
• High heat-resistant IC™ connectors, backwards compatible with EC™ connectors
• Limited 1-year warranty
Product Overview
Like every component in the Spektrum™ Smart ecosystem, Firma™ Smart ESCs combine "plug-and-play" simplicity with the ability to communicate with other Smart electronics — together, creating the best-performing RC system for your vehicle imaginable.
Firma Smart ESCs do much more than regulate power. They function like a virtual engineer inside your model, providing a direct path to the vital operating data you need to reach peak performance. Firma Smart ESCs give you an extra layer of confidence that your electronics are all operating at their best.
With Firma Smart ESCs, you'll be better connected to your vehicle than ever before — without installing extra components that all work independently of each other. You won't need extra wires, modules, or links. A Firma electronic speed control provides a one-wire solution for obtaining telemetry data such as RPM, temperature, battery voltage and capacity.
Firma ESCs not only gather the data but also send it to your transmitter in real time, instead of only storing it for after-run study. You're able to adjust settings as needed to boost performance on the go. The Firma Smart single-wire telemetry solution has been tested for quality and performance by the best brands in RC. Their verdict? Smart technology is both simpler and superior!
Needed to Complete
• Spektrum™ Surface Receiver
• Spektrum Smart Technology LiPo Battery
• Spektrum Transmitter
What's in the Box?
• (1) Spektrum™ Firma™ Smart ESC
• (1) Spektrum Smart sticker sheet
• (1) Product Manual
WATERPROOF
The all-weather, waterproof design of Spektrum™ Firma™ Smart ESCs allows them to perform in nearly any terrain under almost any conditions. Firma ESCs keep you going through dust, gravel, snow, and water.
EC3™/EC5™ BACKWARDS COMPATIBLE
Firma™ ESCs feature IC™ series battery connectors. The IC series of connectors are designed from the ground up to provide a more solid connection, higher heat resistance, and effortless installation. When used with an IC3™ or IC5™ connector-equipped Spektrum™ Smart battery, the ESC can receive and transmit battery telemetry data. EC3 and EC5 are also compatible with Firma ESCs for basic operation and ESC telemetry.
ONE-WIRE TELEMETRY
No need to connect multiple wires, sensors, modules, and links. With Firma™ ESCs, simple one-wire telemetry transmits a wide range of data directly to your transmitter in real time, including RPM, voltage, temperature, balance, capacity, and speed.*
*See compatibility chart for more information.
SMART TECHNOLOGY BATTERY DATA
When used with a Spektrum™ Smart LiPo battery, your Firma™ ESC provides you with the benefit of battery telemetry that's automatically transmitted to your compatible Spektrum radio in real time. On your transmitter screen you'll be presented with helpful information such as number of cycles, battery percentage, individual cell voltage and more!
MULTIPLE PROGRAMMING OPTIONS
Multiple programming options are available. Button programming can be used with nothing more needed. Using the Smart Firma™ ESC Programming Box, you can easily change settings at the track to suit driving conditions. An easy-to-use Smart Link USB Updating and PC Programmer app is also available.
FAST, POWERFUL M4 PROCESSOR
The Firma™ ESCs' 32-bit M4 processor produces higher resolution signal input and more accurate motor output.
QUALITY & TECHNOLOGY
Everything that separates Motion vehicles involves material choice, style & maximizing features or decreasing in high performance designs
M.D.E - C/M works to keep the costs downward so we can increase access in Tiers to different segments in a sustainable effort
UNDERSTANDING MAGNETS
Types of magnets & how M.D.E - C/M uses
• Inanimate Objects:
Magnets are made of specific materials, like metals, that are naturally magnetic or have been magnetized. They are not alive and cannot undergo biological processes like growth.
• Magnetism is a Force:
Magnetism is a fundamental force of nature, similar to gravity and electricity. You can't grow a force, but you can generate or apply it.
• How Magnets Are Made:
Magnets are created through processes that align the tiny magnetic regions (domains) within certain materials, usually using strong external magnetic fields. You can't make a living plant produce a magnet through growth.
COMPONENTS OF A BRUSHLESS MOTOR
Choice of M.D.E - C/M
A brushless motor's main components are the stator, which holds the stationary coils (windings), and the rotor, which spins with permanent magnets. It also requires an external Electronic Speed Controller (ESC) to control the current to the stator coils, creating a rotating magnetic field that drives the rotor. Some brushless motors include position sensors (like Hall effect sensors) to provide rotor position feedback to the ESC, while others estimate this position without them.
Key Components
• Stator:
The stationary outer part of the motor, containing coils of wire (windings) that are energized by the ESC to generate a spinning magnetic field.
• Rotor:
The rotating part of the motor, typically located inside the stator, that has permanent magnets. The interaction between the rotor's magnetic field and the stator's spinning field creates the torque that spins the motor shaft.
• Electronic Speed Controller (ESC):
An external electronic device that acts as the "brain" of the brushless motor. It receives commands from a controller (like a flight controller in a drone) and precisely controls the flow of electricity to the stator windings, determining the motor's speed and direction.
• Position Sensor (Optional):
Some brushless motors use Hall effect sensors or encoders to detect the precise position of the rotor. This feedback allows the ESC to energize the stator coils in the correct sequence for smooth and efficient rotation.
• Sensorless Operation:
In sensorless brushless motors, the ESC estimates the rotor's position by monitoring the Back Electromotive Force (Back-EMF) generated by the motor's windings.
How They Work Together
• 1. Rotor Position Detection:
The position sensor (if present) or Back-EMF monitoring detects the rotor's position.
• 2. ESC Calculation:
The ESC uses this information to determine which stator coils need to be energized.
• 3. Stator Energization:
The ESC sends electrical current to the appropriate stator coils, creating a magnetic field.
• 4. Torque Generation:
This magnetic field interacts with the rotor's permanent magnets, generating electromagnetic force (torque) that causes the rotor to spin.
• 5. Continuous Rotation:
The ESC repeats this process in a continuous sequence, ensuring smooth and consistent rotation of the motor shaft.
BRUSHLESS
Brushless motors use powerful rare earth magnets, primarily Neodymium (NdFeB) for their high strength and efficiency in most applications, and Samarium Cobalt (SmCo) for high-temperature environments. Ferrite (or ceramic) magnets are a less expensive, though weaker, alternative, known for their corrosion and demagnetization resistance. The choice depends on factors like the required power, operating temperature, and cost.
Types of Magnets Used
• Neodymium (NdFeB):
The most common type, these are very strong but can corrode and have temperature limits, requiring protective coatings like nickel plating.
• Samarium Cobalt (SmCo):
A good choice for hot applications, as they are resistant to high temperatures and corrosion.
• Ferrite (Ceramic):
A cost-effective option, but weaker than rare earth magnets. They have good resistance to corrosion and demagnetization.
Factors Influencing Magnet Choice
• Temperature:
SmCo magnets perform better in hot conditions, while Neodymium magnets have a lower operating temperature range, though specialized variants exist.
• Cost:
Ferrite magnets are the most economical option, while Neodymium and Samarium Cobalt magnets are more expensive due to their superior magnetic properties.
• Performance:
Neodymium magnets offer a high strength-to-weight ratio, making them ideal for compact and powerful motors.
• Corrosion Resistance:
Neodymium magnets are prone to corrosion and often need protective coatings to prevent crumbling. Ferrite magnets naturally resist corrosion.
Magnet Shape and Application
• Magnets can be shaped into various forms, such as arc segments, for use in different types of brushless motors and applications requiring consistent torque.
• These magnets are precision-engineered to fit into motor rotors, providing the necessary magnetic field for operation.
SPEKTRUM RC BRUSHLESS
Neodymium magnets
Spektrum RC brushless motors use powerful, durable, rare-earth neodymium magnets for their high magnetic properties and stability, making them suitable for high-performance RC applications. These magnets are often shaped as arcs or segments to create a uniform air gap around the rotor, maximizing flux and power in the motor.
Key Characteristics of Spektrum Magnets:
• Material:
They are made from neodymium, which provides high strength and power.
• Magnet Type:
They are permanent magnets, meaning they have their own magnetic field without needing electricity to maintain it.
• Shape:
Spektrum often uses arc-shaped magnets, also known as tile or curved magnets, in their outrunner motors. This shape is ideal for the cylindrical configuration of the motor's rotor.
• Placement:
These magnets are housed on the rotor, which is the rotating component of the motor.
• Durability:
Neodymium magnets are known for being powerful and durable, contributing to the overall reliability of the Spektrum motors.
NEODYMIUM MAGNETS
Neodymium magnets don't have a single "equivalent" but are often replaced by Samarium Cobalt (SmCo) magnets for applications requiring high temperatures or corrosion resistance, or by much weaker and cheaper ferrite magnets where high strength isn't essential. For a future "equivalent," researchers are developing materials like iron nitride and Manganese-Aluminum Carbide (MnAlC) that can achieve similar strength using more abundant and sustainable elements.
Current Alternatives:
• Samarium Cobalt (SmCo) Magnets:
• Pros: Superior resistance to high temperatures and corrosion compared to neodymium magnets.
• Cons: Slightly weaker than neodymium and more expensive.
• Best For: Aerospace, military, and other high-temperature environments where neodymium magnets might fail.
• Ferrite (Ceramic) Magnets:
• Pros: Very low cost, highly resistant to corrosion and deterioration.
• Cons: Significantly lower magnetic strength, requiring a much larger volume to achieve the same magnetic force as a neodymium magnet.
• Best For: Speakers, and other applications where low cost is prioritized and extreme strength is not needed.
Emerging Alternatives (Future "Equivalents"):
• Iron Nitride:
• Uses abundant and inexpensive iron and nitrogen.
• Has impressive magnetic properties and high potential for sustainability.
• Companies like Niron Magnetics are investing in this technology.
• Manganese Aluminum Carbide (MnAlC):
• Another promising material for replacing rare-earth elements in magnets.
• Offers strong magnetic performance with a lower environmental impact.
Considerations for Choosing a Neodymium Magnet "Equivalent":
• Strength: How much magnetic force do you need?
• Temperature: Will the magnet be exposed to high temperatures?
• Corrosion: Is the magnet in a harsh or wet environment?
• Cost: What is your budget for the magnet?
• Size: Can you use a larger, weaker magnet, or is space a constraint
300 KM/H OR LESS ACHEIVED BY M.D.E - C/M
High performance Standard Brushless Motors reaching high excelleration to 150 Km/H easily
A 300 km/h (186 mph) top speed for a brushless motor is feasible for high-performance, specialized electric vehicles like electric motorcycles or RC cars, but it requires a high-power, custom-built system rather than a single off-the-shelf component. Achieving this speed involves matching a powerful brushless motor with a high-capacity battery, robust electronic speed controller (ESC), and a lightweight vehicle designed for extreme speed. Opinions on achieving this speed vary: it's a desirable goal for thrill-seekers but presents challenges in terms of cost, complexity, control, and the need for a durable chassis to withstand the forces.
Key Considerations for 300 km/h Operation
• System Integration:
A single motor alone cannot achieve this speed; it requires a complete system including a high-performance brushless motor, a powerful electronic speed controller (ESC) to manage power, and a high-discharge battery pack.
• Vehicle Design:
A vehicle capable of reaching 300 km/h needs to be aerodynamic, lightweight, and built with a robust chassis and suspension capable of handling extreme speeds and the associated forces.
• Cost & Complexity:
High-power brushless systems with the necessary performance components have a high initial cost. The overall system is complex and requires expert knowledge to design and assemble correctly.
• Reliability & Maintenance:
While brushless motors offer longer lifespans than brushed motors, high-speed applications are demanding. Factors like heat, contamination (dust/water), and the stress on the motor and other components can lead to failure.
• User Experience:
For an RC car, the experience at these speeds can be overwhelming and difficult to control. For electric vehicles, stability and rider skill are paramount.
Is It Achievable?
Yes, achieving 300 km/h is possible, but it is not a simple matter of buying a "brushless motor." It is the culmination of a system:
• High-End RC Cars:
Some advanced RC cars can reach very high speeds, as seen in reviews where users push 1:10 scale models to their limits with 3S (11.1V) batteries.
• Electric Motorcycles:
High-performance electric motorcycles from manufacturers like Surron use powerful brushless motors and can approach or exceed these speeds.
• Custom Builds:
For a 300 km/h application, custom or high-end specialized vehicles are required, often featuring bespoke engineering to achieve the desired performance.
Head down. Mouth shut. Self suppression is the best medicine. Listen & think then react to respond not before communicating
Goons a meat head. Normalcy & shut up!
Just.
Goon = Military or Intelligence Asset. Not Militant or Rogue assailant like or Mercinery if not Marter
A bloody good. A modern Vintage GI
CREATE AN INTERNATIONAL TRADE MARKET
Devide up public + private debt strategies balanced against profits in structured Tiers to control expansion against controlled inflation then stockpiles against bulk & renewables addressing shortages in emergencies
The UK and Canada share strong historical ties, close alliances, and significant trade and investment relationships. They are both members of the Commonwealth and NATO, and collaborate on various international initiatives. The relationship is multifaceted, encompassing defense, trade, and cultural exchange.
Here's a more detailed look:
• Shared Head of State:
Both nations share King Charles III as their head of state, reflecting their historical connection as Commonwealth realms.
• Commonwealth Membership:
They are both active members of the Commonwealth of Nations, participating in various Commonwealth initiatives and bodies.
• NATO:
Both countries are also members of NATO, highlighting their commitment to collective defense.
Trade and Investment:
• Significant Trading Partners:
The UK is a major trading partner for Canada, with trade valued at $61 billion in 2024, according to Affaires mondiales Canada.
• Canada-UK Trade Continuity Agreement (TCA):
This agreement, which came into force in 2021, preserves many of the benefits of the CETA (Comprehensive Economic and Trade Agreement) that existed when the UK was part of the EU.
• Investment Flows:
The UK is a significant source of foreign direct investment for Canada, while Canada also invests substantially in the UK.
Other Areas of Cooperation:
• Defense and Security:
They collaborate on defense and security matters, including participation in joint military exercises.
• Science and Technology:
Canada and the UK have strong partnerships in science, technology, and innovation, with robust networks of researchers and institutions.
• Cultural Exchange:
Shared cultural values and language contribute to a strong cultural exchange between the two nations.
Recent Developments:
• Trade Negotiations:
The two countries are actively negotiating a new trade agreement to replace the current temporary deal, particularly after Britain's departure from the European Union.
Recent political shifts, such as the UK's general election, may influence the direction of future trade negotiations and the overall relationship.
CYPRESS LIKE POPLAR. AN ENERGY COMPANY
C/M was an aviation & motorcycle custom-fab company doing parts & custom bikes yet it is now since 2023-2024 majority owned by S.B.G & CIG owns the remaining
S.B.G is an Unbrella Firm within CIG owned by Dr Sydney Nicola Bennett
C/M a European brand around since before World War 1 is now a Euro-Canadian outfit which integrated multiple companies & the vast portfolio of Dr Sydney Nicola Bennett creating a wing of Motor Energy Dynamics an Investment unbrella within CIG for Energy connected to Technology & all in-house brands & sub-brands then divisions within under the restructure & vision of Dr Sydney Nicola Bennett's for CIG with Dr Carly Koslov Bennett
S.B.G & CIG
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