C/M Bolts + Kinetic Energy

C/M BOLT GAIN INCREASE

Unlimited Range. Self-Generating Energy Generator by Sydney Nicola Bennett 

Kinetic Energy Generators. Gains are 75% or higher than spent Energy in production 

62,500 - 100,000 bolts = 2500+ kW

1 bolt has a sensor with mechanicsl connector to a main mechanical component & just a millimeter or so if not less contraction & expansion to generate our 20-60 Watts on repeat per millisecond with 1000 to one second

Now with 1 bolt we can increase yields on the bolt from 20-60 to double - triple plus in effect with a slight alteration separate from any additive yields increasing Energy Gains

This offers thr generalized main simple Bolt design meeting 2500+ kW Standard we see & use yet we can now scale down equivlance for smaller packaging & adjusting to material costs for end user pricing meeting affordability tiers to production for market access

Sydney Nicola Bennett at C/M is responsible for the strong, reliable Bolt Generators found on newer Automotive or recreational power sports units including Retrofit Kits

We can effectively increase 1 to 3 then potentially up to 5 yet 10 may be hard. With separate additives we do not rely on we earn if 2500 kW Standard between 20-500+ extra kW

62,500 / 3 = 20,834. A substantial reduction in bolts for equivlance 

40 kilowatts = 40000 watts

Generally we are doing 20,000 - 65,000 of up to 100,000 Bolts in a C/M Energy Generator utilizing Kinect Energy (PZ Taps reference in R&D) 

Perpetual bolts generate more Energy than spent at over 75% gains 

Energy Generation. Kinetics 

https://energytechnologiescm.blogspot.com/2026/04/kinetic-energy-tiles-cm-energy.html

1 millimeter contraction & expansion rebound to sensor mechanically

With dualling octagonals in automotive we simply spin a shaft which then extracts Energy through a simple mechanical effect

Sensors then extract Energy for direct use to EV Motors or Energy Storage (Batteries)

Each rotation of the shaft causes repetative contraction & expansion of bolts within milliseconds similar to flat box or custom & designed contained box designs with internal components achieving equivlance 

Motion & Stationary Energy Plants

Zero emissions. Zero cycle or close. Meeting Net zero. 

24 hours = 86,400,000 milliseconds. We tap milliseconds per minute for Energy yields 

1 minute = 60000 milliseconds

Any potential calculation mistakes in R&D notes are double checked against factual data for production notes against tested results for accuracy including 1 minute Vs 1 second deviations if mistake & how 1 second is only 1000 millisecond

Within 1000 milliseconds we have earn 25-75% fluctuating to reach or exceed the 2500 kW Standard yet a control shut off direct sensor voids over energy transfer similar to a transformer through EV Electrical lines (with grounding system) to EV Motors & Storage in the Emergency Safety System 

With the 62,500 - 100k variable 1 millisecond contraction provides 2500 kW. With variables calculated under 1 second we arrive at size - scaling options against reliability with the 5-15+ year maintenance effect on 24/7 use 365 days a year 

A 25% buffer of leverage has to be retained per second if we drop sizing equivlance to reach contraction - expansion to 2500 kW which in basic description translates into 75% of 1000 milliseconds utilized or closer to with 25% variable loss to ensure before a second flips by we are within the guaranteed 2500 kW so all Energy required has been met voiding loss or temporal blackout

This all means or = we can shrink size of Perpetual Self-Generating Kinectic Energy  Generators meeting equivlance 

Cost cutting for materials & lower end user pricing for some applications 

BOLTS. KINETICS