Force Amplifiers: XFA
XFA: A business centered on the manufacture and sale as well as licensing of several technologies that can amplify the input force applied to them by more than once to several times.
The technologies are not mere simple machines that amplify input force but either lengthen input force distance or shorten output force distance. The inventions are technologies that amplify input force but still retain input and output force distance.
Example: An Input Force of 100 kg-f with an Input Force Distance of 1 inch is applied to my Force Amplifier Invention.
Result:
An Output Force of 100 kg-f with an Output Force Distance of 1 inch
Appearance: It is a purely mechanical device that works between an input force source and its output force target and can be shaped like a lattice structure.
Applications:
Simply put, my force amplifier can amplify any physical force by approximately 1.5 times or 50% more without sacrificing or reducing output force distance.
Specific Applications:
-Bicycles:
--Option 1: When attached to the surface of bicycle pedals the force amplifier increase the pedaling force of a cyclist by 1.5 times.
--Option 2: When attached between the pedal and the crank the force amplifier increase the pedaling force of a cyclist by 1.5 times.
-Objects with Handles:
When attached between the palm of a person and the handle/s of the object/s they are holding with their hand/s, the force amplifier increase by 1.5 times the perpendicular force applied by the palm/s to the handle/s of the object/s they are holding/pushing.
Applications:
Knives & Swords, Manual & Power Tools, Carts & Trolleys, Guns, Baseball Bats and Truncheons, Shields, ...
-Mechanical Gear Systems:
When attached to a gear and placed between two gears the force amplifier amplifies the force of the driver gear by 1.5 times.
Applications:
Industrial Machines like manufacturing and electricity motor systems
-Rotating 2 Part Systems: When built-in in the driver component it amplifies the rotational force of the driven component by 1.5 times.
Application:
Car and Train engine to wheel connection, Boat engine to propeller connection, Helicopter and Airplane engine to propeller connection, Jet engine systems, water & wind turbine systems, steam turbine systems...
Below is an estimate of the value of the technology considering the following estimations:
-Due to the multitude of applications of the technology, licensing is the most likely source of income of which the standard royalty rate of 5% of net profit would be used.
-It would be assumed that the licensees of the technology have only the average industry profit rate of 10%. This might be on the low-end but this a safe estimate.
-It would be assumed that only 10% of the total potential licensees would become actual licensees. This might seem to be an overly ambitious estimate given that 6% is the maximum sales reach for most industries, but then again the technology is so groundbreaking that even a 10% sales reach estimate might be considered overly conservative.
-Machine Markets for the technologies so far:
--Hand Tools: Market Size $20.1 billion in 2023
--Power Tools: Market Size $39.5 billion in 2024
--Cleaning Tools: Market Size $11.41 billion in 2023
--Floor Cleaning Equipment: Market Size $12.86 billion in 2023
--Gardening Tools: Market Size $93.2 billion in 2024
--Agriculture Equipment Market Size $155.68 billion in 2021
--Bicycle: Market Size $77.01 billion in 2024
--Motorcycle: Market Size is 139.25 billion in 2023
--Automotive Industry: Market Size $4,359.98 billion in 2024
--Aircraft Manufacturing: Market Size $413.51 billion in 2021
--Boat Building: Market Size $183.69 billion in 2024
--Railroad Equipment: Market Size $106.93 billion in 2024
--Electricity Generation: Market Size $2.2 trillion in 2023
--$7.81312 trillion is the total of the above markets so far
-Computation:
--$2.2 trillion X 10% market share X 10% companies/industry net profit X 5% royalty rate=
--$2.2 Trillion X 0.10 X 0.10 X 0.05 = $1.1 Billion per year is net profit from licensing the technology at 5% royalty rate
---This is likely the minimum net profit from the technology per year given that it can still be marketed to more industries, the net profits of companies and industries can still increase as well as their market shares.
----For example, if the royalty rate can be negotiated to be not only a share of the companies/industry net profit but gross profit, then royalty earnings from the technology can easily multiply to $11 Billion per year.
I am seeking financial investments and business connections to bring these business and technologies to market.
You can contact me at Russel Ison for more details or any questions you may have.
PITCH DECK:
SUMMARY:
-The Problem
-The Solution
-Size of the Market so Far
-How the Technology would be Monetized
-Estimated Net Profit Per Year
-Funding Requirements
-Licensing Strategy
-Manufacturing Strategy
-Profitability Schedule
DETAILS:
-The Problem:
--Human strength is limited this is why he uses manual and power tools as well as other machines. However:
---Manual tools have trade-offs like the multiplication of force action or the reduction in distance of force output.
---Power tools and other machines can be bulky and heavy and can be expensive when powered with petrol, electricity, water, wind, steam...
-The Solution:
--"1.5 Times Force Amplifier"
---Description: Amplifies input physical force by 1.5 times without any reduction in force movement distance. ---Appications: -Bicycles:
--Option 1: When attached to the surface of bicycle pedals the force amplifier increase the pedaling force of a cyclist by 1.5 times.
--Option 2: When attached between the pedal and the crank the force amplifier increase the pedaling force of a cyclist by 1.5 times.
-Objects with Handles:
When attached between the palm of a person and the handle/s of the object/s they are holding with their hand/s, the force amplifier increase by 1.5 times the perpendicular force applied by the palm/s to the handle/s of the object/s they are holding/pushing.
Applications:
Knives & Swords, Manual & Power Tools, Carts & Trolleys, Guns, Baseball Bats and Truncheons, Shields, ...
-Mechanical Gear Systems:
When attached to a gear and placed between two gears the force amplifier amplifies the force of the driver gear by 1.5 times.
Applications:
Industrial Machines like manufacturing and electricity motor systems
-Rotating 2 Part Systems: When built-in in the driver component it amplifies the rotational force of the driven component by 1.5 times.
Application:
Car and Train engine to wheel connection, Boat engine to propeller connection, Helicopter and Airplane engine to propeller connection, Jet engine systems, water & wind turbine systems, steam turbine systems...
-Size of the Market so Far:
--Hand Tools: Market Size $20.1 billion in 2023
--Power Tools: Market Size $39.5 billion in 2024
--Cleaning Tools: Market Size $11.41 billion in 2023
--Floor Cleaning Equipment: Market Size $12.86 billion in 2023
--Gardening Tools: Market Size $93.2 billion in 2024
--Agriculture Equipment Market Size $155.68 billion in 2021
--Bicycle: Market Size $77.01 billion in 2024
--Motorcycle: Market Size is 139.25 billion in 2023
--Automotive Industry: Market Size $4,359.98 billion in 2024
--Aircraft Manufacturing: Market Size $413.51 billion in 2021
--Boat Building: Market Size $183.69 billion in 2024
--Railroad Equipment: Market Size $106.93 billion in 2024
--Electricity Generation: Market Size $2.2 trillion in 2023
--$7.81312 trillion is the total of the above markets so far
-How the Technology would be Monetized:
--Due to the multitude of applications of the technology, licensing is the most likely source of income of which the standard royalty rate of 5% of net profit would be used. --Manufacturing would also be utilized on a limited and very profit oriented selection.
-Estimated Net Profit Per Year:
--$2.2 trillion X 10% market share X 10% companies/industry net profit X 5% royalty rate=
--$2.2 Trillion X 0.10 X 0.10 X 0.05 = $1.1 Billion per year is net profit from licensing the technology at 5% royalty rate
---This is likely the minimum net profit from the technology per year given that it can still be marketed to more industries, the net profits of companies and industries can still increase as well as their market shares.
----For example, if the royalty rate can be negotiated to be not only a share of the companies/industry net profit but gross profit, then royalty earnings from the technology can easily multiply to $11 Billion per year.
-Funding Requirements:
--$1 Million spread over 3 years: To be used for Patent Application Filings and other associated costs
---$200 Thousand: Limited Countries Patent Application Filings and other associated costs
---$300 Thousand: PCT Applications and other associated costs
---$400 Thousand: Remaining countries for Patent Application Filings and other associated costs
--$100 Thousand: Limited contract manufacturing with emphasis on pre-orders and partnerships
--Total: $1.1 Million for 10% of ownership
-Licensing Strategy:
--Priority on American Investors, Partners and Customers as well as their allies.
--Connect with Military and Government Investors, Partners and Customers as well as their allies.
-Manufacturing Strategy
--Priority on American Manufacturers, Investors, Partners and Customers as well as their allies.
-Profitability Schedule
--1 to 2 years to land first licensing contract
--1 year to make first sale of manufactured product
--3 to 4 years before investment recouped
I am seeking financial investments and business connections to bring these business and technologies to market.
You can contact me at Russel Ison for more details or any questions you may have.
