MEGALODON Sand Rail Plans now available for purchase with optional reverse gear box at http://www.badlandbuggy.com
Badland Buggy - 4312 74 Avenue NW, Edmonton, Alberta T6B 2K3 - Rated 4.4 based on 38 Reviews 'Downloaded plans of the st3 some years back. Badland Buggy and Mini Rail Parts and Accessories; Body; Brakes and Pedal Assemblies. Sand Rail Plans. Products (Total Items: 4). $289.00 On sale: $199.99 Free Shipping. 4 Seat Sand Rail Plans Updated Plans Kits Blueprints via Download. Your Price: $25.00 Free Shipping. Long Travel Sand Rail Plans 2 Seat Rear Engine. Your Price: $52.49.
'No other DIY plans existed with a reverse, so we prototyped it.'
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Badland Buggy Parts
A void has been filled in the Do-It-Yourself off road vehicle market. Badland Buggy releases MEGALODON Sand Rail Construction Plans featuring an optional reverse gear box with a differential.
Badland Buggy’s Founder & Product Design Manager, Bruce Hodder, stated “We saw a need in the DIY Sand Rail Plans market, how to build a motorcycle powered off road vehicle with a reverse. Motorcycles do not come with a reverse gear, and no other DIY plans existed with a reverse, so we prototyped it.” Design and development on the MEGALODON prototype vehicle began in April 2011. Mr. Hodder adds, “With several months in the development stage of our new Modular Rear Drive System with an optional reverse gear box, I think we nailed it with this design, and more importantly, our customers will have even more build options available to them which were never commercially offered in DIY plans, before now.”
Named after the largest, most aggressive predator to have ever existed, the Megalodon shark, Badland Buggy’s MEGALODON Sand Rail Plans may also eat the competition. MEGALODON is an aggressive looking one seat motorcycle powered sand rail/dune buggy with a long travel suspension, rack & pinion steering system, high quality Porsche CV joint drive system and features an industry first, an optional Reverse Gear Box with a differential. https://couturelucky.netlify.app/download-game-pokemon-cho-android.html. MEGALODON construction plans include over 150 pages of highly detailed step-by-step instructions with measured drawings to guide the home builder through the entire process of building a vehicle from scratch.
MEGALODON is the 7th DIY product release from Badland Buggy since the company began in 2001. All DIY plans are named after prehistoric dinosaurs. Badland Buggy got its’ name from the “Badlands” of southern Alberta near Drumheller, Alberta, an area world famous for dinosaur bone discoveries, and where the company tested its’ first prototype vehicle named SABRETOOTH.
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Badland Buggy is an online retailer of Do-It-Yourself off road vehicle construction plans. Badland Buggy are experts in the conceptual 3D design, vehicle prototyping & DIY plans development for the home off road vehicle builder market. Badland Buggy uses 3D CAD software (Autodesk Inventor) and good old fashioned hands on fabrication “know-how” to develop unique vehicle designs.
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Modeling & Simulation of Buggy using Matlab
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Golf buggies
Single -seater vehicles
Recreational purposes
picture taken from www.buggymart.com
Copyright TJ Power Sports, LLC 2003
Go Kart
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Develop buggy model for testing purposes
Investigate and characterize the behavior of buggy Comfort level - Suspension system
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picture taken from http://www.bondurantsuperkarts.com picture taken from http://www.smsonline.com/company/simulators.html
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Jeep Wrangler
One-seater commercial vehicle “Twin”
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SimMechanics SimMechanics => Buggy model
Virtual Reality Toolbox => Animation
Solid Edge => CAD drawings
Design and dimensions of buggy obtained from …
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pictures taken Badland Buggy website
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Modeling of the buggy using Matlab SimMechanics and Solid Edge Suspension system Driveshaft Wheels Steering
Animation using VR toolbox
Solution and Conclusion
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Model Analysis
Inertia, etc.
Solid Edge
Matlab SimMechanics
Matlab Simulink
3D model Results
Simulation
VRML Matlab VR toolbox
scope
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Rear suspension Chassis
Front suspension Rear wheels Front wheels
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Solid Edge
VRealm Builder
VR toolbox
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Straight path
Non-linear path
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To measure the comfort level of the buggy
Shows displacement in various directions
Determine the appropriate spring and damper coefficients of the suspension system
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Virtual prototype of buggy from 2D plans created
Evaluate performance of buggy
Further developments
We don’t just want to build buggies… we want to build dreams!
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Badland Buggy 2D Off-Road Vehicle Plans & Quality Parts, ST2. (2003) Calgary, Alberta, Canada. Barr, A. J., & Ray, J. L. (1996). Control of an active suspension using fuzzy logic. International Conference on Fuzzy Systems, v 1, p 42-48. Gani, M. R (1999, March). The Computer Assisted Modelling, Simulation and Analysis of Two-wheeled Road Vehicles. British Thesis Service, LS23 7BQ. West Yorkshire, United Kingdom, Marvris, D., & Scharl, J., (2001). Building Parametric and Probabilistic Dynamic Vehicle Models Using Neural Networks. American Institute of Aeronautics and Astronautics (AIAA). Retrieved March 19, 2005, from http://www.asdl.gatech.edu/publications/pdf/2001/AIAA-2001-4373.pdf Meng, A., Wang, L., Cong, H., & Yu, K. (2003). A Study on Simulation and Control Scheme of Limited Bandwidth Active Vehicle. Proceedings of the International Symposium on Test and Measurement, v 3(2003), p 2219-2222. Pletner, B., & Abramovich, H. (1995). Adaptive suspension of vehicles using piezoelectric sensors. Journal of Intelligent Material Systems and Structures, v 6(n 6), p 744-756. The 37th Tokyo Motor Show (2003). Small Cars, Big Future. Japan Automobile Manufactures Association. Retrieved May 2, 2005, from http://www.tokyo-motorshow.com/show/2004/english/public/playback/playback4.html