# Tiny Portable EFHW Antenna          - Compact EFHW antenna integrating coax with connector, balun and wire.     - Building instructions: Tiny_Portable_EFHW_antenna.pdf     - OpenSCAD + STL models for 3D printing here: Tiny_Portable_EFHW.zip
# Morse Paddle - muniature one, using D2F microswitches          - Consists of 4 parts: Base, Shell-like cover, Paddles, Microswitch fixing element     - Best printing results are obtained using PLA material, 100um detail     - D2F microswitches are ones used in almost every computer mouse     - On rear side is located 3.5mm audiojack receptacle for easy cable connection     - The base with paddles can be slided (hidden) into cover, useful for transportation     - Building instructions: Keyer4_Quick_Guide.pdf     - OpenSCAD + STL models for 3D printing here: keyer4.zip
# Morse Paddle - bigger one, using D2F microswitches          - Similar concept with sliding the paddles under cover     - Building instructions are also similar, look into Keyer4_Quick_Guide.pdf     - OpenSCAD + STL models for 3D printing here: Keyer_big_wwff.zip
# Wireless mouse modification          - Idea is to replace scrolling wheel by tuning knob     - I'm using it for SDR radio tuning     - Inside is wireless mouse Yenkee YMS 900AH (price only up to 5 EUR)     - Building instructions here: Wireless_mouse.pdf     - OpenScad and STL models here: Wireless_mouse.zip
# FT-857 housing. Replace original metal housing + tuning knob to save weight.          - Consists of 4 parts: Tuning-knob, Top cover, Bottom cover, Bottom cover vane     - Printing parts are rather big, 20x15 cm, appropriate 3D printer must be used     - Printing takes rater long time, for complete design 6+ hours     - Additional finishing work is needed:       - Glue bottom parts together       - Attach loudspeaker to top cover       - Drill side holes to Top and Bottom cover or fix the parts on FT857 frame by a tape     - OpenSCAD + STL 3D model here: FT857_Housing.zip