This vase is a culmination of a variety of mathematically coded flowers. The flowers were coded with rose curves, petal blocks and arithmetic spirals in TurtleStitch. I am not going to go into the details of their coding in this blog post as I have mentioned how I created these flowers in a previous blog posting. https://papercraftetc.blogspot.com/2025/05/a-stem-project-turtlestitch-coded.html
I used 110 lb. cardstock for the green stems and 65lb. cardstock for the vase and flowers. I used glitter cardstock for the center of each flower.
Cut Files
You need an electronic cutting machine for cutting the files. The .Studio file is for the Silhouette machine and the SVG file for the Cricut machine.
Fold the six sides in half. Glue three of the sides together. Four of these sides will be slid into the round base as shown above in the top left of the photo above.
Glue the other three sides together, apply glue as shown to the last two sides, slide this half onto the other half. Make sure to slide the sides into the correct slots to complete the vase.
Bend the top circle into the center of the vase and slide this piece into each of the six slits on the circle.
Glue the vellum to the inside of hexagonal sides
Bend the tops of the stems at a right angle. Glue two sides of the stem together. Do not glue the top of the stem since this is where the flower will be glued.
The stem is glued to the inside of each spoke. Repeat for all of the stems.
The result will be a two-ply stem for each flower.
The vase is now ready for embellishment with its flowers.
Make the Flowers
When making this flower arrangement, I suggest that you have fun with the design. Mix and match the different flower pieces to create unique flowers. Assemble the flowers in a pleasing pattern. There are a total of 18 flowers in this arrangement. Glue each flower to the top of each stem.
This vase is filled with paper flowers created using three different techniques. Each method brings its own unique style and dimension to the arrangement:
1. Multi-Petaled Flowers These flowers are made by layering several flower shapes on top of each other. Each layer can feature different petal styles, adding depth and variety. After stacking the layers, gently curl the petals upward to give the flower a more natural, dimensional look. A dab of glue between each layer holds everything securely in place.
2. Rolled Flowers Rolled flowers are formed by curling a spiral-cut piece of paper inward, starting from the outer edge and working toward the center. Once you reach the center, apply a generous amount of glue to the round base circle and press the rolled spiral onto it. This creates a tight, elegant bloom. You can find detailed instructions for making these rolled flowers here: A STEM Project - Slice Form Flower Vase.
3. Sliceform Flowers Sliceform flowers are created by interlocking precisely cut paper pieces to form a three-dimensional structure without any glue. This method results in striking geometric flowers that stand out beautifully. Complete instructions for creating sliceform flowers are available here: A STEM Project - Amazing Slice Form.
With these three techniques, you can mix and match styles to create a stunning arrangement of paper flowers that showcase both creativity and craftsmanship.
The Ford Flivver was a dream of Henry Ford. He envisioned this airplane to be like his Model T car, affordable to the general public and compact enough to fit into a homeowner's garage.
I have reproduced the 1927 version of the Flivver.
Underside of the Flivver
Here is a Youtube video of the Flivver Carousel in action.
This model has four touch points which tell the story of the Ford Flivver.
The original prototype had no logos. This version is the one that appears in the Henry Ford museum. It has the tail number that the test pilot Harry J Brooks flew, he was trying to fly from Detroit to Miami in 1928. He crashed into the Atlantic Ocean near Melbourne Florida and was killed. The accident marked the end of Ford’s idea of a mass-market airplane.
I used 65 lb. white cardstock for the presentation box. Foil cardstock in iridescent silver and blue from Michaels to make the airplanes and carousel. I used Cricut acetate for the center column of the carousel.
used Silhouette brand chipboard to reinforce the top the presentation box. I recommend using Aleene's Tacky glue and tweezers for the adhering the small tabs. I used mini brads from Michaels to attach the propeller to the engine so that the propeller could rotate.
Glue the blue Ford body of the plane to the silver body.
Flare the tabs of the back wing and glue the silver wing to the blue wing as completed in the left view above.
Make all of the wheels by gluing the black wheels onto the silver portion of the wheel.
Make the propeller by gluing two of the propellers together.
Make the wing by flaring out the wheel struts/landing gear and gluing the two sides of the silver wing together.
Glue each of the tabs of the engine.
This is a slow process...do one at a time and allow the glue to dry before proceeding to the next engine tab.
Insert a mini brad into the center of the propeller and then into the center of the pentagon of the engine. Splay the prongs. Cut the prongs of a mini brad so that the prongs will fit inside the engine compartment.
Continue gluing the tabs of the engine.
Glue and adhere the two hangers.
Apply glue to the tabs of the fuselage and the tail and adhere.
Glue the word "FORD" and the numbers on the plane using the template provided.
Glue on the landing wheels to the landing gear/strut.
Center the wing and glue it to the fuselage.
Slide the horizontal stablizer onto the tail and glue the tabs to each side of the tail.
Repeat the above procedure three times to make a total of four Flivvers.
Make the Makerport Presentation Box
Crease the box parts as shown above.
Apply glue to the top tab as shown above and adhere to make a triangle shape.
Repeat for the other side of this piece.
Glue the bottom tab into a rectangle as shown above.
Repeat for the other side.
Glue on the sides of the box.
Another view.
Apply glue as shown to the side piece. The triangular area on each side of this tab needs to remain free of glue. Apply glue to the two tabs to make the box. The top of this side piece slides into the top side.
Adhere the sides so that it looks as above.
Completed box.
Apply foam dots to the Makerport so that the Makerport is seated firmly in the presentation box above the lip of the side of the box.
Make the Carousel
Center Column
Crease as above.
Apply Glue Dots on the seams and adhere together.
Apply Glue Dots on the top of each tab at the base.
Affix the circular star base.
Apply Glue Dots to the bottom of the circular star base and adhere a round acetate circle.
Affix another round acetate base with Glue Dots.
Glue the star piece onto the silver band
The star piece will start at the dotted tab line.
And will overlap on the other end. Make sure the glue dries before continuing.
Bend the semicircles at a right angle to create a ledge.
Apply glue to the rectangular area.
Affix it to the edge of the silver band.
Apply glue to the tab.
Adhere the tab to make a circular band. Set this aside.
Make the canopy by bending the tab of the hanger upwards and then downwards to create a double sided hanger. Glue this together. Repeat for the remaining seven canopy pieces.
Bend the tab and the curved edge toward the back as shown above.
Apply glue to the the tab. Make sure that there is no glue on the hanger section.
Adhere the tab. The hanger is at a right angle to the piece. This will be where the airplanes will be attached to the canopy with a thread. Repeat until all of the canopy pieces are attached.
Completed canopy. Set this aside.
Assemble the carousel by applying glue to the shelf tabs on the center band.
I adhered the center column to the glued area and I felt that it needed more support. I added five Glue Dots to the bottom of the shelf area as shown above.
Slide the canopy onto the top of the center column. Apply Glue Dots to each of the center column tabs.
I adhered opposite side tabs first so that the canopy will be level.
View of top of canopy. Slide the center column with the canopy onto the axle.
Make the flag topper by gluing the two colored triangles outward so that the color shows through the star section.
Make the center axle by creasing the dotted lines and applying glue to the tab with the notch at the bottom.
Fold the axle in half to adhere the glue.
I inserted a wooden dowel to make the axle round and to make sure that the glue adhered correctly.
Slide the axle attachment onto the axle. Apply glue to the triangular tabs and adhere.
Attach the motor mount onto the axle attachment. I used Glue Dots to attach the motor mount.
Apply Glue Dots to each of the petal sections
Adhere the petal piece to the top of the canopy. I inserted the center axle into the canopy assembly to make sure that this piece is centered correctly and then removed the center axle.
Apply glue to the canopy topper and adhere into a cone shape.
Using a 24 inch length of thread and sewing needle, slide the threaded needle through the two holes in the fuselage. And then slide the threaded needle through the two holes in the hanger. Adjust the height of the plane and make a double knot in the thread. Cut off the excess thread.
Set the canopy aside.
Assemble the Presentation Box
The platform for the assembly is one piece of cardstock and one piece of chipboard that is glued together to make a sturdy platform for the Flivver Carousel.
Attach the servo with the paper strap and adhere the tabs. I used Glue Dots.
The servo is attached at pin 14.
I added four earring backs with stoppers to the back of the platform.
The touch pins are attached to the Makerport at pins 1, 3, 5, and 7.
I attached the Neopixel with the wires attached as shown above. Notice I have written down the position of all of the pins. This is important as I found the wires slipping out and then they needed to put back in the correct position.
The Neopixel is attached to the Makerport at pin 16.
I attached a ribbon cable for the four touch sensors. I recommend marking the colors of the touch sensors so that you will know which sensor goes to which pin. (The black heads of the ribbon cable are for the odd pins.)
Here is a view of the ribbon cable attached to the Makerport.
Here is the position of the NeoPixel and Servo on the Makerport.
Attach the axle to the servo.
Apply Glue Dots to each section of the petal piece and adhere it.
Slide on the canopy topper and flag. Use a glue dot to attach the final circle on top (not shown).
I recorded my voice by using the online program, https://online-voice-recorder.com/. It was easy to use. Click on the red button to start recording and record whatever you would like to say. Once completed, the sound bite can be appended by moving the blue vertical lines on either side of the sound bite. Save the sound bite to your computer. Change the name of the sound bite to a three digit number, like 001greeting.mp3. Copy this file from your computer to the MakerPort file. The Maker Port file is opened by moving the slider on the side of the MakerPort from "Code" to "File". You can find the Makerport files in the Finder menu. The name of the files is MPFILES. Once in the files, paste the sound bite to a folder, I made a new folder and I named it 003. I then pasted the sound bite to this folder. With each subsequent sound bite, I change the value of the voice recording to the next number and placed all of my sound bites here...for example, 002song...003poem, etc.
Change the slider on the MakerPort from "File" to "Code". The MakerPort needs to be in "Code" mode in order for it to connect to the MicroBlocks software. MicroBlocks, https://microblocks.fun is a block programming language which is dynamic. When your MakerPort is connected to MicroBlocks, the code is automatically updated in the MakerPort. This is a great time saver because it eliminates the step of copying and transferring the code manually from your computer to the MakerPort.
Once the Microblocks file is coded the Makerport is ready to be in standalone mode. Your program is stored on the Makerport for use with the Valentine Gnome Tree. I used a MakerPort Power Bank to power my MakerPort.
