On Sale Now!
Lotus Seven - Brand New Distinguished Automobile Series
A makeCNC Original 3D Puzzle
This is a Very Amazing Puzzle with some Finely detailed work in it!
This is another one of makeCNC's Wonderful Models!
ALL DOWNLOADABLE PRODUCTS ARE AVAILABLE INSTANTLY AFTER PAYMENT!
Ready to cut downloadable Patterns and Projects for your CNC Router, Milling Machine, Plasma Cutter or Laser Machine and Scroll Saw in both Imperial Inch format as well as Metric size for the Global CNC Hobbyist.
Files include a Full Color Assembly Manual Copyright makeCNC!
Buy one: Collect them All! Impress your friends and family or make some extra cash with your CNC machine with your own product line at flea markets and craft shows!
Please Note: If you have any issues with your download or miss the red download button available after checkout Email us
Lotus Seven - Brand New Distinguished Automobile Series
The Lotus Seven is a small, simple, lightweight two-seater open-top sports car
produced by the British manufacturer Lotus Cars, initially called Lotus
Engineering between 1957 and 1972.
It was designed by Lotus founder Colin Chapman and has been considered the
embodiment of the Lotus philosophy of performance through low weight and
simplicity. The original model was highly successful with more than 2,500 cars
sold, due to its attraction as a road legal car that could be used for clubman
racing.
After Lotus ended production of the Seven, Caterham bought the rights and today
Caterham make both kits and fully assembled cars based on the original design.
The Lotus Seven design has spawned a host of imitations on the kit car market,
generally called Sevens or sevenesque roadsters.
Collect your Wonderful makeCNC 3D Puzzle Project today! It's definitely a Must!
Hello and thanks for shopping with Makecnc!
These 3d puzzles are a downloadable product that have been made ready to cut on any CNC router or CNC laser machine.
They are supplied as ready-to-cut DXF vector files for CNC routers and EPS for CNC lasers machines.
Patterns may be scaled to the size you require for your material thickness using our Scale Calculator
CNC Routers Users ! Please See our Tutorial for information on dealing with Inside Corners and Dogbone Fillets
Each Zip File Includes:
2 or 4 CDR Files - Sizes you receive Depend on individual Product - usually in 1-8 and 3 mm and/or 1-4 and 6 mm Versions (Corel Draw Format for Laser)
2 or 4 DXF's - Sizes you receive Depend on individual Product - usually in 1-8 and 3 mm and/or 1-4 and 6 mm Versions (For Most CAD Programs)
2 or 4 SVG - Sizes you receive Depend on individual Product - usually in 1-8 and 3 mm and/or 1-4 and 6 mm Versions (Opens in Many CAD & Drawing Programs)
Printable PDF Pattern (For Scroll Saw Use)
1 X Clear and Concise Color Assembly Manual.
1 X Number Guide DXF (Also called Coded DXF - NOT in all Products - Only in Certain Products)
1 x Readme File and Copyright Information
1 X Product Notes - Letting you know an Approximate Height, Length and Width of your finished product and giving the Approximate Size of the Largest Part. These Approximations are given in Imperial and Metric. Remember, These are Approximate Sizes.
Approximate Size at 3mm
L= 450
W = 102
H = 135
Approximate Size at 1/8 inch
L = 17.7
W = 4
H = 5.3
Approximate Size of Largest Part
6.5 X 1.8 inches
165 X 46 mm
Approximate Part Number: 179
NOTE: Our 3D Puzzles can be built in different thicknesses.
Example: 1/8" uses 1/8" Plywood...1/4" uses 1/4" Plywood, etc.
As a rule, although the slots are set to fit the same sized tool, most
people will use a smaller bit size when cutting.
All the hard work is done!
Makecnc is excited to bring to the CNC hobbyist a new and ever-expanding library of art and projects made ready-to-cut on your CNC machine!
You can either sell the cut out projects as your own product or assemble them for your own enjoyment and to give as gifts to your family and friends.
When you purchase a makeCNC pattern you are agreeing to our Copyright Terms. Please Click on the Link Below to View them! Thank You!
PLEASE READ: Here: COPYRIGHT TERMS
