• Mary, Monkey, Sun, Tree and Penis Whoreshippers - Part A - Daryl S. Kab

    From Squeakity Squeak@21:1/5 to All on Sat Sep 25 08:34:44 2021
    Mary, Monkey, Sun, Tree and Penis Whoreshippers - Part A - Daryl S. Kabatoff September 24th 2021 6:00 pm 91,920 words

    “The very concept of a nation founded by European settlers is offensive to me. Old stock White Canadians are an unpleasant relic, and quite frankly, replaceable. And we will replace them." - Canadian Prime Minister Justin Trudeau, when asked to comment
    on his Open Borders Immigration Strategy, speaking without preparation, without the aid of a writer

    “Christians are the worst part of Canadian society.” - Canadian Prime Minister Justin Trudeau speaking without preparation, without the aid of a writer

    “Honour killings shouldn’t be called ‘barbaric.’” - Canadian Prime Minister Justin Trudeau speaking without preparation, without the aid of a writer

    “They are not sexual assaults, but ‘honour’ rapes.” - Canadian Prime Minister Justin Trudeau speaking without preparation, without the aid of a writer

    "We have put together, I think, the most extensive and inclusive voter fraud organization in the history of American politics." - Joe Biden speaking without preparation, without the aid of a writer

    “Who remembers the Armenian genocide? If they can’t remember the Armenian genocide, who is goink to be concerned about the Jews?” - Adolph Hitler speaking without preparation, without the aid of a writer

    “Without writers, nothing speak so good in word stuff.” - Eddie Izzard


    Aviation, Boating, TIG Welding
    ATV’s, Mini-Trucks
    4x4’s, 6x6’s, 8x8’s
    Tracked Vehicles
    Velodrome and Bicycles
    Horse Drawn Wagons
    Affordable Home Ownership
    Banking, Wealth Management
    Diamonds, Gold and Money
    Female Fashion Trends
    Pants That Fit
    Largest Building in Saskatchewan
    British, German and Russian History
    Islamic History
    High School Students, Hockey Players
    Big-Nosed Cree
    Gun Laws, Ballistics
    Native Governance
    Restaurants and Fine Dining
    Appeasement and Being Nice
    Law of 22 Prairial
    Psychiatric Abuse, Horror
    Blinkin’ Lights
    Metallurgy and “Science”
    Son of Sam
    Yaks and Yakutia
    Religion and Humor
    The Anti-Christ Revealed
    El Nino and La Nina Climate Oscillations


    Run in rural and city elections as “Republic”, and affirm that you are defending:

    1) the right to own property, including land and guns
    2) the right to free speech and beliefs
    3) the right to be paid in real money which is gold and silver coins
    4) the right to “freely” innovate, to fly your own aviation creations without government interference nor taxation, the right to movement

    Affirm that you support these four points on your election literature and run for office under the “Republic” ticket. In addition to affirming these four points, consider publishing something resembling the following paragraph or reproduce it in
    whole and possibly add some of your views to it:

    I believe that people should also have the right to innovate and place their own automotive creations on the roads but should be taxed for road construction and road maintenance. Somewhat similarly, people flying will have to pay for airport landing
    and storage fees should they choose to land at and fly from such facilities. People flying or driving their own creations should have affordable insurance available to them, and government subsidized if necessary. Governments should continue to insure
    that the private aircraft are not a hazard to the commercially flown aircraft and restrict their flight in certain locations. Regardless, governments should be giving people options and not taking options away.

    City Provides Space For Projects:

    The program I envision and outline below is opposite to that of communism, it allows for people to freely innovate and freely travel with their homebuilt creations. The civic, provincial and federal governments should all be allowing people to “
    freely” innovate and build and fly their own aviation creations with no legal hurdles. The issue is about choices, people should be allowed to make choices for themselves and be free to travel in the mode they choose. The program can be established in
    any city, province, state or country, all that is required are groups of people who desire to build up rather than to tear down, all that is required are groups of people who desire to live free without forcing others to live by their rules.

    In Saskatoon the land south of 19th Street West between Avenues B and C and the freeway, and also land south of 20th Street between Avenue A and First Avenue should be utilized for city residents to develop metal working skills and build small
    projects, with the immediate goal of becoming skilled enough with TIG welding and aluminum fabrication so that they may build their own small aluminum landing craft, small speed boat or paddle-wheeler, or some sort of airplane. This is land closest to
    the poorest of the poor, the site is ideal for giving hope to people that have given up hope, and has river access for launching their finished boats, and a slipway can be built in order to launch planes, and the building would be large enough to place a
    runway on the roof so that planes may take off towards the south-west and over the South Saskatchewan River..

    The higher quality TIG welders that have pulse capability smoke less than most every other welding technology, these welders, grinders, and other equipment that produces smoke, should all be used in conjunction with smoke extractors as the smoke
    generated from grinders is as harmful as the smoke generated from the welders. These pulse TIG welders utilize very small amounts of power when used to weld thinner materials, lowering the overall costs of the program and lowering the cost to the
    participants as they learn how to use the equipment.

    Those who participate should be provided with secure lockers so they may store their own personal welding supplies and small projects, such as their own tungsten anodes, filler wire, cutting and grinding wheels, masks, gloves and other welding
    supplies. As devices used for sharpening tungsten anodes are easily contaminated, they should obtain their own anode sharpening devices. The tungsten anodes are held by TIG torches that can be contaminated and broken, people should purchase a TIG torch
    that feels comfortable and fits their hands and needs. As breathing masks get coated with germs and become moldy, participants should obtain and care for their own should they have desire for one, and they should consider building themselves powered air
    respirators. Participants should pay daily for the electricity and argon gas they consume, and of course will be required to pay for any metal they require for their chosen projects. People using the donated or borrowed band saw or table saw should put
    money up front for replacement blades. People should buy their own drill bits and learn how to sharpen them. People running used lumber through planers are risking the destruction of the blades, everybody using the planer should put money up front
    towards the purchase of new blades.

    After the students demonstrate proficiency with AC pulse TIG aluminum welding (by completing small projects such as a fuel tank for their car, truck, bicycle or motorcycle, landing craft or airplane), then they would be eligible for a secure space
    were they may over time assemble their own small aluminum boat, airplane or all terrain vehicle, or one of the other projects. There should be no MIG or other welders in the facility in order to force the students to become proficient with the TIG
    welders, which smoke less than the other welders. After the participant demonstrates his or her ability to TIG weld, they will set their sights to manufacturing components for their boat or airplane or for their trailer, or one of the other many
    different projects listed below.

    There should be no woodworking, gluing nor painting conducted in the large downtown facility as efforts must be made to maintain air quality and reduce explosion hazards. Some glues that are more environmentally friendly would be approved for use in
    the metal working facilities, most gluing would take place in the main woodworking facilities which would be located away from this proposed large downtown projects facility, it is due to both space and safety reasons. I believe we can have a woodworking
    facility, which provides space for wooden airplanes and other wooden projects, would be spread over 160 acres of land on the western outskirts of Saskatoon, and if that isn’t enough, then the City of Saskatoon, or the “Aviation Department”, would
    purchase the adjacent quarter sections of land, primarily so people would build wooden and composite airplanes for themselves there.

    The aviation department should have priority over and total oversight of the boat building department and should assume responsibility to maintain security of all people’s projects, and not allow unauthorized access as that would jeopardize the
    integrity of the projects. The aviation department requires people who are skilled in TIG welding and will not waste resources on purchasing nor on training people to operate MIG welders. The MIG welders would be certain to lessen the build time of the
    boats, but the issue is not to reduce build time of the boats but to teach people to become better TIG welders so they may attempt to build airplanes. Don’t turn people away when they arrive to the facility, provide the person with a chair in a
    classroom and show them instructional videos rather than application forms questioning their eligibility to participate. I envision a multistory building that would perhaps be the largest building in the province, and if the facility is not large enough
    to allow people secure space for building their metal boats and metal airplanes, then additional facilities would be made available. There would be coffee shops, and ample walkways that would allow visitors to view the projects from behind glass, perhaps
    we can integrate pedestrian viewing tubes into the facility similar to the tube conveyors at Charles De Gaulle Airport in Paris. Similar spectator platforms and restaurants would be built into the wooden airplane facility on the west side of the city. We
    can use assorted city facilities to teach people to pilot both boats and planes. Allowing people to innovate and create will likely reduce drug use, violence, suicide and sodomy, and save tax money over the long term.

    The city should anticipate future provincial and federal governments that encourages innovation and allow people to fly aircraft of their own designs and with minimal or no red tape and interference. Present laws prohibit the homebuilt aircraft from
    carrying adequate amounts of fuel and prevent the use of multiple engines, both of which adds great measures of safety. Laws prevent people from experimenting with variable swept wing designs, which also increase safety by reducing stall speeds when
    required. The city should make land available on the eastern and south-western outskirts for landing and parking these homebuilt creations. The city should not wait for future provincial and federal governments to encourage innovation and consider
    providing space and encouragement for unemployed and underemployed city residents to build their own aircraft now. People should start building their aviation creations now, knowing that future provincial governments will not hamper their ability to
    innovate, create and fly their own creations but will encourage and help enable them instead. It is a combination of 1) government restrictions, 2) government red-tape and 3) high insurance costs that hamper and even curtail people from innovating,
    building and flying their own aviation creations, the city of Saskatoon requires new provincial and federal governments to assist us to overcome these hurdles, but we should do our best without their immediate assistance.

    The large building I envision to be used for the construction of aircraft should provide space for people to build aircraft of proven designs, and also provide space for people to freely innovate and build an aircraft (or other boats or vehicles) of
    their own design, but the latter space may be limited due to the construction of the proven designs taking up the space in the facility. It has been done elsewhere and can be done here: groups of people build copies of the same aircraft, when the
    airplanes are completed then the builders draw lots for them. Or these planes may be “completed” without the engines and avionics, after distributing the aircraft (via drawing lots), then the new owner will have the option of which engine and
    avionics to install into his or her plane. We should be allowing groups of people to manufacture multiple copies of the same plane(s) of proven designs in the city facilities, and we should also seek to provide additional space for individuals to use who
    are building something unique. You can participate in a program where you draw lots for an aircraft and yet still be able to innovate by customizing your aircraft with anything from alternative wing and tail designs, extra fuel tanks or by adding
    electric motors, storage cupboards, or a bed, for example. I suggest that when building your first airplane it is best to follow a proven plan, demonstrate that you can accomplish such a project and then after that is accomplished be first in line to
    build an airplane of your own design. Those people drawing lots for their airplanes can receive the aircraft complete with wings, and then be free to innovate and change their wings to whatever later. There is a great multitude of airfoil designs that
    can be chosen for the wings and tails, we could have a program in place where the builders draw lots for the more or less completed fuselages and then the new owners attach the wings they chose to build for themselves… the wings can vary by length, by
    airfoil, by other attributes. It may be a challenge for the Aviation Department to design an aircraft that easily allows for wings of different widths to be attached.

    There may be groups of people who desire and choose to build copies of triplanes, or biplanes, or short takeoff and landing (STOL) bush planes, or high-flying powered gliders that have retractable landing gear, retractable propellers and perhaps small
    retractable jet engines, or very stable and fast planes that have forward swept wing designs, or helicopters, or gyrocopters, or low-flying ground effect planes. Governments worked hard to prevent innovation and the construction of aircraft in Canada,
    many aircraft the Canadian government did manage to help build (with taxpayer money) were destroyed, sold below cost or outright given away to Islamists in foreign nations. We should reverse that and work hard to encourage the development of the aviation
    industry, starting with an aviation industry dedicated to helping impoverished to fly their own airplanes in Canada. We should be making planes that give us access to the northern lakes. We should be building fuel efficient “powered” gliders capable
    of traveling high up in the jet stream. We could be building biplanes or triplanes and use them for paintball dogfights, spectator admission fees could amount to substantial sums. We should pay attention to the Australian Jabiru program as it allows
    flexibility in choosing cabin sizes and provides engine and wing options for the builders (see Kitplanes February 2007). Furthermore Jabiru manufactures aluminum engine blocks then completes these new engines with cheap mass produced parts originally
    designed for automobile engines, Saskatoon’s aviators can accomplish similar.

    I don’t see people building replica WWII fighter planes that are powered by 2,000+ horsepower V-12 engines and burn massive amounts of fuel, but instead scaled-down planes that utilize smaller engines that consume far less fuel. Using modern carbon-
    fiber composites, old designs may be resurrected and made stronger, lighter, more fuel efficient and safer. Some designs are far easier to build than others, back in the day Russian children easily built Yaks out of plywood and similar composites, there
    is absolutely no reason why children in Saskatoon can’t build improved and somewhat scaled-down or even full-sized Yaks using a combination of aluminum and the newer improved materials. We would not be permitting replica Messerschmitt Bf-109’s to be
    built in the city-owned facilities as the narrow stance of landing gear is a design flaw that killed many pilots. And I’m not sure why anybody in their right mind would want a replica German Focke-Wulf 190, or a replica British Spitfire, or a replica
    American P-51 Mustang, or a replica America P-47 Thunderbolt, or a replica American P-38 Lightning, or a replica of some stupid Japanese fighter plane when they could easily build and own their own replica of a Russian Yak, likely racism plays a role in
    their decision making processes. As mayor of Saskatoon I will battle against all forms of racism and sexism.

    I can’t sing enough praises for Yaks, and getting the Russian children to build Yaks was perhaps the best move Stalin ever made. Yaks outperformed both the Messerschmitt Bf 109’s and Focke-Wulf 190’s and ended German air supremacy over Russia.
    Stalin gave the Russian children new hopes and dreams when he got them to build the Yaks, and the Yaks these children built saved Russia from utter ruin. The Russian children were wise to not question Stalin and did what he told them to do, many grew up
    and became alcoholics. Saskatoon should open doors for people of all ages to learn, to innovate and build, in the hopes that they do not become adult alcoholics like the Russian kids. Composite planes such as Yaks should be manufactured in separate
    buildings to reduce air quality issues in the main TIG welding building, as working with composites can become an awful mess. Stalin had the kids build Yaks out of composites in part due to the shortage of aluminum, today we can use more aluminum in the
    construction of the planes together with stronger, lighter and less toxic composites. Americans developed a composite wooden airplane in the late 1930’s thinking that there would be a future shortage of aluminum, which never occurred. I’m sure if
    Stalin were alive today he would still be building up his air-force. Funny that neither Hitler nor Stalin wanted long-range heavy bombers during WW2. Hitler put heavy resources into developing a heavy dive bomber and into developing rockets and jets that
    barely assisted in his war effort, but even if he did not waste resources on these three failed ventures, Stalin had an abundant pool of people and resources in the east that daily constructed an airforce that helped to crush Hitler. Stalin had smaller
    rockets that he used effectively against Hitler and did not pour resources into developing V2 style rockets during the World War. Stalin invested into rockets after he took Berlin. I would have liked to have told both Hitler and Stalin the errors of
    their ways but nobody listens to me anyway. Suffice to say, Stalin liked his air force and developed composite planes, like the Yak.

    Resins should be chosen that give off fumes that are not so deadly… some resins are optimized for clarity, some for their ability to withstand heat, some optimized so they flex, others optimized to not vent extremely toxic fumes. The composite
    planes, such as the Yaks, have better performance due to their better streamlining. Some people will happily deal with the stink and the mess of working with the composites in order to benefit by ending up with a plane that has superior performance, such
    as the Yak. Instead of somebody like Stalin forcing the kids to work with composites, the kids in Saskatoon are more likely to willingly embrace the venture if given an opportunity. And besides, many of the kids in Saskatoon have no sense of smell as
    they stink like dirty ashtrays anyway.

    Airplanes and boats require engines and people will be given space to rebuild engines, start by TIG welding a stand that holds your engine (and loose parts) off the ground so you may roll it out of the secure storage locker and work on it in the
    appropriate room given the task at hand. Give each engine a secure storage space so the owner may keep his or her engine secure when they are not present to work on it. Airplanes require slower revving engines than the typical car engine, done to prevent
    propeller tips from going supersonic. Motorcycle engines may be adapted for use in both boats and airplanes. Rebuilding engines can be costly, numerous people may be starting rebuilds that they are not going to complete in a timely fashion and so will
    likely require the engine storage lockers for years. Some people may start rebuilds and then discover their engine block is damaged and unusable. People will have to TIG weld new intake and exhaust manifolds and modify their engines in additional ways
    should they desire to adapt them for aviation. An automobile V8 can be used without a weighty and undesirable Propeller Reduction Unit bolted onto it by maximizing the stroke of the engine while reducing the valve size and while using an appropriate
    camshaft (see YouTube Video “Homebuilt Airplane Episode 3: Engine Planning”).

    Allow people to rebuild engines that are not suitable for airplanes as the engine could always be used in a boat, and besides they will learn skills that may later be applied to aviation engines. It isn’t up to the city to provide people with parts
    so they may fix their engines, but the city should provide secure space and encouragement. Many in-line water-cooled 4 or 6-cylinder car engines could prove to be adaptable for either single-engine or multi-engine homebuilt planes. Small block Chevy V8
    engine blocks and heads are available in aluminum, cast iron Pontiac V-8 engines (starting in 1955) are lighter than most other cast iron engines. The V-6 engines tend to be lighter than V-8 engines and may be available in aluminum. The trick seems to be
    to modify the valve timing and minimize the valve size, and perhaps maximize the stroke, in order to slow down the engine adequately so that it can drive a propeller without the use of a gear reduction unit. Saskatoon’s new Aviation Department would
    know all about it and would be able to help guide the builders with their choice of engine and parts.

    There are no reasons why we can’t be manufacturing small radial or small horizontally opposed or even small jet engines for ourselves. People working together can accomplish much, we should endeavor to get people to work together to accomplish new
    transportation goals. The $3 billion performance bonds held by the city will go a long way towards building the TIG welding facilities, composite plane building facilities, and possibly purchasing some tools.

    There are “kit” planes and there are “plans built” planes. We can quickly begin production of planes if we can decide upon one or more of the existing proven designs of the “plans built” planes. The citizens of Saskatoon could get together
    and start building planes without having support of the mayor nor the city councilors nor of any other people holding political office whether provincially or federally. Groups of people getting together and co-operatively building planes is a realistic
    goal, and we should work towards the change of laws to allow for greater freedom to fly our creations.

    People may build their planes individually or may build them as a group, or a combination of these options. For example, 100 airframes can be constructed as a group effort by 100 people, and then chosen by lot. Once you have your own airframe then
    complete it yourself with your own choice of engine, avionics and landing gear… less costly options can be chosen to complete your plane. If you are not flying at night then you don’t require to purchase and install them blinkin’ lights. If you
    only desire to land on snow or water then you don’t require wheels. Consider manufacturing a seat that fits your personal physique.

    Twenty-Two Build Options:

    Build Option One - TIG weld a Boat: Build a boat rather than an aircraft as your first major project as it will likely be easier for most people to complete, but build with the use of TIG welders so you may be more confident should you choose to build an
    airplane at a later date. Builders will be encouraged to manufacture one of perhaps a dozen different boat designs, including a small landing craft that includes a small heated cabin and is capable of transporting either a Mini-Truck-Sized Vehicle, a
    seadoo, skidoo or an ATV. Also TIG weld a raft to pull behind your boat. If you are navigating a long distance you would need to pull a raft loaded with fuel and other supplies. Builders would be allowed to store their finished boats and rafts in a
    secure facility, and the city might consider having a program to assist the new boat owner to transport him or herself, together with the boat, to and from a northern lake. Build the boats so they may transport one or more of the vehicles being
    constructed in Build Options 8, 9 and 10.

    Build Option Two - TIG weld an Aircraft: TIG weld and machine a combination of aluminum, stainless steel and/or titanium parts for your planes, after the smaller parts are manufactured then the builder will be provided space to construct the larger TIG
    welded air frame. If the builder desires a titanium airframe, then the builder will be improving their titanium welding skills by making a few small titanium parts for their plane, such as a titanium oil reservoir. Consider building a powerful, strong
    and light weight STOL (Short Take Off and Landing) airplane or a scaled-down Consolidated Catalina, or some other aircraft that is a suitable design to be built using a TIG welder.

    Build Option Three - Composite Aircraft Option: Composite planes may be built primarily out of wood, fiberglass and/or carbon fiber, perhaps using the same construction techniques used to manufacture the de Havilland Mosquito. The Mosquito’s fuselage
    was built in two separate halves, a left side and a right side, and then united. Some TIG welded parts will still be required. See “Mosquito Construction” by the Calgary Mosquito Society on YouTube, and “Mosquito: A Pictorial History of the DH98”
    by Philip Birtles.

    Build Option Four - TIG weld a Trailer: TIG weld a trailer for hauling your vehicle. As with the other projects, trailers will be constructed by first building the smaller components and storing them in secure lockers before granting room to construct
    the complete project in a secure building booth. In lieu of a trailer, participants may instead choose to TIG weld a deck for the back of their truck that lifts and lowers their boat, plane or other vehicle into place. This option is not for people to
    build camping trailers, but to build flatdeck trailers or specialized trailers for hauling boats, planes, small trucks and ATV’s.

    Build Option Five - Rebuild an Internal Combustion Engine: Rebuild any internal combustion engine. Blueprint, balance and assemble matching pairs of engines for use in your twin-engine boat or plane. TIG weld a few manifolds for your engines. Likely some
    machining will be conducted off-site due to lack of required machining tools. The city should be providing secure space for the projects, it is up to the builders to provide both materials and tools.

    Build Option Six - TIG weld Containers: Fabricate aluminum, stainless or titanium gasoline tanks, diesel fuel tanks, water tanks, alcohol or oil tanks that fit your particular truck, car, boat, raft, aircraft, ATV, motorcycle, bicycle or trailer.
    Fabricate a tank for compressed air that fits a selected spot on your vehicle such as inside the C-Channel frame of your vehicle. Make yourself a titanium whiskey flask. Make a secure tank to haul your drinking water, another secure enclosure that holds
    bags of food, another secure enclosure that holds your cleaning products… Build pontoons or other floatation devices for your small truck or aircraft.

    Build Option Seven - Tracks and Skis: Manufacture tracks for the front and rear of your four-wheel drive vehicle. Or manufacture tracks for the rear of your rear-wheel drive vehicle and manufacture skis for the front wheels. Or manufacture electrically
    powered front tracks for your rear-wheel drive vehicle, effectively turning it into a four-wheel drive vehicle.

    Build Option Eight - Small Trucks: The Japanese made small and light 4-wheel drive Suzuki trucks that are suitable for adding four light weight tracks, the vehicles appear to be able to drive over any depth of snow. Manufacture a vehicle similar to these
    Japanese vehicles, but with the same outer dimension (same width and perhaps height), so we may easily transport both the Japanese trucks and our own creations at the same time and then land them some distant port with fewer logistical issues. Having
    vehicles that share many parts would be a great bonus to the builders should they use their similar vehicles in a convoy for either a visit or for emigration to some distant land. Manufacture replacement parts for those mini trucks and for your tracks.
    Take advantage of other build options and customize your mini-truck with canisters and containers and modify the body to aid functionality (Build Option Six), or even rebuild the engine (Build Option Five).

    Build Option Nine - Amphibious ATV-4: Build an “Amphibious” All Terrain Vehicle (ATV) similar to the Russian Sherp, this is a four-wheeled vehicle. Build these vehicles so they share most if not all their mechanical parts, arrange it so the convoy
    can easily maintain the vehicles while on the road. The larger Russian Sherp is large enough to transport a dozen people, a vehicle such as this might be large enough to transport your worldly goods should you choose to emigrate or flee to the mountains.
    Perhaps there would be enough interest that we could build this amphibious vehicle in three different sizes, people could choose which version to build. Then of course customize your vehicle with canisters from Build Option Six. Work on your engine in
    Build Option Five.

    Build Option Ten - Amphibious ATV-6: Build an “Amphibious” ATV that has 6 drive wheels, with the center pair of wheels located precisely between the front and rear wheels. Build the vehicle so that it “tracks” the same as the 4-wheel-drive Sherp-
    like vehicle from Build Option Nine, and consider building it to work independently or as an attached trailer that helps to propel the Sherp-like vehicle from that previous build option. Different vehicles from Build Options Eight, Nine and Ten can be
    made to attach to one another and form a train that can travel over the swamps, tundra and mountain passes.

    Build Option Eleven - Frame Stretch: Stretch the frame of your car or truck and add a tag axel, results in superior braking, stability and greater load capacity. Or stretch the frame and then add an electrically, hydraulically or mechanically driven
    second rear end… if you can afford to purchase the parts, the machining and the welding supplies, then you may build it. Once you stretch the frame of your vehicle you will find room for propane tanks, custom built canisters, spare tires and such.

    Build Option Twelve - Two-wheel-drive motorcycle: Build a two-wheel drive motorcycle from scratch or add an electric front-wheel drive to an existing rear-wheel drive motorcycle. Power the vehicle with either a 4-stroke internal combustion engine or with
    electric motors, or a combination of different motors.

    [continued in next message]

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