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3D BANRC
BanRC2 User Guide
Hi,
Thank you for your interest and welcome at BANRC 3D print gliders.
BanRC2
it's a very
dynamic 2 meters two parts wing glider, easy to print and assemble. This user guide will help
you on how to print and get your glider on sky.
Please do not share the STL files you bought. I trust your best and kindness on this matter.
1
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Summary of Contents for 3dBanRC BanRC2
- Page 1 3D BANRC BanRC2 User Guide Thank you for your interest and welcome at BANRC 3D print gliders. BanRC2 it’s a very dynamic 2 meters two parts wing glider, easy to print and assemble. This user guide will help you on how to print and get your glider on sky.
- Page 2 Sep 2017 first glider BanRC1 has born, 8 month later this BanRC2 glider was on sky. The challenge was being to find the proper ratio between the rigidity and weight, easy design to print and design can be printed with the most printers available in market.
- Page 3 Technical data Wingspan: 2 meters Length: 0.915m Weight: 1,450kg on Fly Wing area: 34,7dm2 Recommended Motor: XPower XC3514/14 or equivalent (screws hole distance 25mm). Ready to modify this distance according to your motor. ESC 40A - 45A: Aliexpress Gearbest or equivalent. Battery: LiPo HOT LIPS 11,1V 2200mAh (3S), 195-200gm Prop:...
- Page 4 Accessories: Super glue CA. CA glue spray Accelerator hinge 15 x 28.5 mm. Qty = 14 3mm claw nut. Qty = 4. Screw M3x20mm. Qty = 2 Screw M3x30mm. Qty = 2 1mm piano steel wire. Qty = 2 3mm pushrod 1 meter. Qty = 2 Plywood 2mm Fuselage and wing screws support.
- Page 5 STL files Files are designed for an easy use with printers available in market and all type of slicers. Important is to use the same setting shown in slicer tables. You can print the individually or in groups, individually is recommended. STL files Before you buy, you can test your printer on the biggest part wing part1 STL file.
- Page 6 Assembling guide: Materials and assembling videos. Carbon tubes: Item Part Dimension Length 365mm Fuselage Ø3mm 365mm 374mm 926mm Ø4mm Wing 967mm Ø6mm 513mm Flap 396mm Aileron 482mm Ø2mm Rudder Tube epoxy resin Item Part Dimension Length Wing Ø8mm 838mm removable tube Fuselage tube 550mm Ø12mm...
- Page 7 Assembling videos. Fuselage Step 2-2 Step 1-2 Wing Step 1-4 Step 2-4 Step 3-4 Step 4-4 Rudder Elevator Step 1-3 Step 2-3 Step 3-3 Wing Servos. Design modified, servos control horns upside of the wing. Covers screws holders integrated in wing Before you glue the parts, slid each carbon tube in each related part to be sure of easy and smooth insertion and to check the parts match and alignment.
- Page 8 Glider should be in fly condition. Boom CG 75mm Do not glue the boom with fuselage till you check the balance of the model according to weight “gm” of electronics you will use. Steps: 1- Glue the Rudder Elevator with Boom. 2- Start with boom 700mm.
- Page 9 Carbon Tubes: locations related to length. Ø3mm 365mm Ø3mm 374mm part 1 Wing Ø4mm 926mm Ø4mm part 2 Wing Ø6mm 967mm 513mm Ø8mm 838mm Ø2mm 236mm Ø2mm 156mm...
- Page 10 550mm 478mm Ø12mm Boom Cockpit: Two parts glue them. Steel wire Ø1-1,5mm 85mm length, slide it and glue it in part 1 hole. Magnet Ø10mmx1.5mm.
- Page 11 Slicer setting: Important is to use the same setting values to get same weight. Common Slicer values Part Description Groups Part Description Groups R Flap Part 1 L Aileron part 5 Layer height mm R Flap Part 2 L Aileron part 4 Initial layer height mm R Flap Part 3 L Aileron part 3...
- Page 12 Parts weight: Try to get the same weight for each part as shown. Values shown are without Raft 17gm 25gm 28gm 34gm 32gm 42gm 58gm Elevator P2 Elevator P1 Rudder P2 Rudder elevator support 10gm Rudder P1 12gm Fuselage P5 30gm Fuselage P4 23gm...
- Page 13 Printer: All printers which have a basic printing dimensions of 200mmx200mmx180mm with heat bed & Nozzle 0.4mm can print this Glider. Tip: Before you buy the design, you can test your printer, download the Test STL Files. The biggest and highest part Wing Part1 if your printer can print this part then it can print all the parts of this model.
- Page 14 Parts in Slicer will appear as a solid part in “sold view” but using “layer view” will show the inside details of the part which what the printer will print. Solid view Layer view X-Ray view...
- Page 15 Parts Lay on bed: Important to lay the parts on bed as shown in photos to guaranty the printing quality. The most important is to be sure that the part is lay FLAT on bed. STL files saved to lay the parts flat on bed when they opened.
- Page 16 Check geometry, the vertical virtual line “B” connect V tail tips should be parallel to the wing, adjust by turning the boom. Wish you a nice adventure on printing, assembling and FLY For further information you may need, don’t hesitate to contact me on “info@3dbanrc.com” 3dBanRC Regards...