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Reversible Plough- Reversible Plough kverneland 3 coulters. Esc 1:9 and Esc 1:16

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Creation quality: 5.0/5 (2 votes)
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  • KV_2500S_1_16_STL.zip
    • KV_2500S_AmarreTorretaSup_1_16_V1.STL
    • KV_2500S_Amarre_Brazo_En_Chasis_1_16_V1.STL
    • KV_2500S_Amarre_Brazo_En_Chasis_SIM_1_16_V1.STL
    • KV_2500S_Balancin_1_16_V1.STL
    • KV_2500S_BarraCuerpos_1_16_V1.STL
    • KV_2500S_BarraRaseta_1_16_V1.STL
    • KV_2500S_BastidorPrincipal_1_16_V1.STL
    • KV_2500S_BastidorPrincipal_SIM_1_16_V1.STL
    • KV_2500S_Biela_1_16_V1.STL
    • KV_2500S_Biela_SIM_1_16_V1.STL
    • KV_2500S_BrazoRueda_1_16_V1.STL
    • KV_2500S_BrazoSoportePalas_1_16_V1.STL
    • KV_2500S_Brazo_Principal_1_16_V1.STL
    • KV_2500S_Caja_de_Valvulas_1_16_V1.STL
    • KV_2500S_Caja_de_Valvulas_1_1_16_V1.STL
    • KV_2500S_Casquillo separador_1_16_V1.STL
    • KV_2500S_Chasis_1_16_V1.STL
    • KV_2500S_CilindroPiston1surco_1_1_16_V1.STL
    • KV_2500S_Cuchilla_1_16_V1.STL
    • KV_2500S_Cuchilla_SIM_1_16_V1.STL
    • KV_2500S_DiscoRueda_1_16_V1.STL
    • KV_2500S_EjeEnBastidor_1_16_V1.STL
    • KV_2500S_EjeEnTorreta_1_16_V1.STL
    • KV_2500S_HorquillaPiston_1_16_V1.STL
    • KV_2500S_Mueca_Brazo_1_16_V1.STL
    • KV_2500S_Palanca_ballesta_1_16_V1.STL
    • KV_2500S_RasetaSIM_1_16__V1.STL
    • KV_2500S_Raseta_1_16_V1.STL
    • KV_2500S_ReglajeParalelismo_1_16_V1.STL
    • KV_2500S_ReglajeParalelismo_1_1_16_V1.STL
    • KV_2500S_Rotula_Reglaje_Anchura_1_16_V1.STL
    • KV_2500S_Rueda280_60_15_5_1_16_V1.STL
    • KV_2500S_SoporteFijoRueda_1_16_V1.STL
    • KV_2500S_SoporteRaseta_1_16_V1.STL
    • KV_2500S_Soporte_cuerpos_1_16_V1.STL
    • KV_2500S_Soporte_cuerpo_Trasero_1_16_V1.STL
    • KV_2500S_TensorBallesta_1_16_V1.STL
    • KV_2500S_TopeRuedaEnBrazo_1_16_V1.STL
    • KV_2500S_TopeRueda_1_16_V1.STL
    • KV_2500S_Torreta1_1_16_V1.STL
    • KV_2500S_Torreta2_1_16_V1.STL
    • KV_2500S_Torreta3_1_16_V1.STL
    • KV_2500S_Torreta_superior_1_16_V1.STL
    • KV_2500S_vertedera_1_16_V1.STL
    • KV_2500S_vertedera_SIM_1_16_V1.STL
    • KV_2500S_CilindroPiston_1_16_V2.STL
    • KV_2500S_BallestaPLA_1_16_V2.STL
  • KV_2500S_AmarreChasisPistonVolteo_V1.STL
  • KV_2500S_AmarreTorretaSup_V1.STL
  • KV_2500S_Amarre_Brazo_En_Chasis_SIM_V1.STL
  • KV_2500S_Amarre_Brazo_En_Chasis_V1.STL
  • KV_2500S_AnilloBallestas_V1.STL
  • KV_2500S_Balancin_V1.STL
  • KV_2500S_BallestaPLA_V1.STL
  • KV_2500S_BarraCuerpos_V1.STL
  • KV_2500S_BarraRaseta_V1.STL
  • KV_2500S_BastidorPrincipal_SIM_V1.STL
  • KV_2500S_BastidorPrincipal_V1.STL
  • KV_2500S_Biela_SIM_V1.STL
  • KV_2500S_Biela_V1.STL
  • KV_2500S_BrazoRueda_V1.STL
  • KV_2500S_BrazoSoportePalas_V1.STL
  • KV_2500S_Brazo_Principal_V1.STL
  • KV_2500S_Caja_de_Valvulas_1_V1.STL
  • KV_2500S_Caja_de_Valvulas_2_V1.STL
  • KV_2500S_Casquillo separador_V1.STL
  • KV_2500S_Chasis_V1.STL
  • KV_2500S_Chasis_V2.STL
  • KV_2500S_CierreEnganche_V1.STL
  • KV_2500S_CilindroPiston1surco_1_V1.STL
  • KV_2500S_CilindroPistonVolteo_V1.STL
  • KV_2500S_CilindroPiston_V1.STL
  • KV_2500S_Cuchilla_SIM_V1.STL
  • KV_2500S_Cuchilla_V1.STL
  • KV_2500S_DiscoRueda_V1.STL
  • KV_2500S_EjeEnBastidor_V1.STL
  • KV_2500S_EjeEnTorreta_V1.STL
  • KV_2500S_HorquillaPiston_V1.STL
  • KV_2500S_MuΓ±eca_Brazo_V1.STL
  • KV_2500S_Palanca_ballesta_V1.STL
  • KV_2500S_RasetaSIM_V1.STL
  • KV_2500S_Raseta_V1.STL
  • KV_2500S_ReglajeParalelismo_1_V1.STL
  • KV_2500S_ReglajeParalelismo_V1.STL
  • KV_2500S_RotulaPistonVolteo_V1.STL
  • KV_2500S_Rotula_Reglaje_Anchura_V1.STL
  • KV_2500S_Rueda280_60_15_5_V1.STL
  • KV_2500S_SoporteFijoRueda_V1.STL
  • KV_2500S_SoporteRaseta_V1.STL
  • KV_2500S_Soporte_cuerpo_Trasero_V1.STL
  • KV_2500S_Soporte_cuerpos_V1.STL
  • KV_2500S_TensorBallesta_V1.STL
  • KV_2500S_TensorBallesta_V2.STL
  • KV_2500S_TopeRuedaEnBrazo_V1.STL
  • KV_2500S_TopeRueda_V1.STL
  • KV_2500S_Torreta1_2_V1.STL
  • KV_2500S_Torreta1_3_V1.STL
  • KV_2500S_Torreta1_4_V1.STL
  • KV_2500S_Torreta1_5_V1.STL
  • KV_2500S_Torreta1_V1.STL
  • KV_2500S_Torreta_superior_V1.STL
  • KV_2500S_VastagoPistonVolteo_V1.STL
  • KV_2500S_Video_Montaje_Sistema_Giro.zip
    • KV_2500S_Montaje_Sistema_De_Giro.mp4
    • KV_2500S_Montaje_Sistema_De_Giro_2.mp4
  • KV_2500S_vertedera_SIM_V1.STL
  • KV_2500S_vertedera_V1.STL
  • KV_SoporteBallestaFleje_V1.STL
  • KV_SoporteBallestaFleje_V2.STL
  • Montaje_Despiece_KV_2500S_1_16.zip
    • KV2500S_1_16_COMERCIALES.xlsx
    • KV_2500S_BarraBallesta_1_16_V1.pdf
    • KV_2500S_BarrasAlineacionCuerpos_1_16_V1.pdf
    • KV_2500S_BASTIDOR_PRINCIPAL_1_16_V1.pdf
    • KV_2500S_CABEZAL_GIRO_1_16_V1.pdf
    • KV_2500S_ConjuntoChasis_1_16_V1.pdf
    • KV_2500S_ConjuntoCuerpo&BallestaDelantero_Intermedio_1_16_V1.pdf
    • KV_2500S_ConjuntoRaseta_1_16_V1.pdf
    • KV_2500S_ConjuntoRueda_1_16_V1.pdf
    • KV_2500S_CONJUNTO_REVERSIBLE_1_16_V1.pdf
    • KV_2500S_CONJUNTO_TORRETA_1_16_V1.pdf
    • KV_2500S_Piston1Surco_1_16_V1.pdf
    • KV_2500S_PistonAnchura_1_16_V1.pdf
  • Montaje_despiece_KV_2500S.zip
  • Montaje_despiece_KV_2500S.zip
    • KV_2500S_BarrasAlineacionCuerpo.pdf
    • KV_2500S_BASTIDOR_PRINCIPAL_V1 .pdf
    • KV_2500S_CABEZAL_GIRO_V1 - Hoja.pdf
    • KV_2500S_ConjuntoChasis_V1.pdf
    • KV_2500S_ConjuntoRaseta_V1.pdf
    • KV_2500S_ConjuntoRueda_V1.pdf
    • KV_2500S_CONJUNTO_BALLESTA_FLEJ.pdf
    • KV_2500S_CONJUNTO_REVERSIBLE_V1.pdf
    • KV_2500S_CONJUNTO_TORRETA_V1 .pdf
    • KV_2500S_Piston1Surco_V1.pdf
    • KV_2500S_PistonAnchura_V1.pdf
    • KV_2500S_PistonVolteo_V1.pdf
    • KV_2500S_BarraBallesta_V1.pdf
    • KV_2500S_ConjuntoCuerpo&BallestaDelantero_Intermedio_V1.pdf

Learn more about the formats
Last update 2023-12-07 at 16:56
Publication date 2023-04-11 at 16:20
Design number 1162997
danferta

danferta

3D printer file info

3D model description

Kverneland reversible 3-bladed plough with fully functional leaf spring trigger system, for Radio Control tractor. Model for 1:9 and 1:16 scale is included. The working width, the position of the first body and the alignment of the bodies with respect to the tractor advance can be adjusted. It has a 40 kg servo for turning (1:9 scale) and a 6 kg servo (1:16 scale).

Depth control wheel with adjustment.

Overall dimensions Scale 1:9: Length 460mm; height 104 mm; width 125 mm.

Overall dimensions Scale 1:16: Length 280mm; Height 188 mm; Width 265 mm

Total weight with metal part on chassis (scale 1:9): 1.5 kg.

Can be operated by turning over the moved earth.

In addition to the STL files for each part, attached are part-by-part exploded views to see the assembly of the parts.

Assembly using M3 and M4 bolts, nuts and rods for 1:9 scale; and M2 and M3 for 1:16 scale.

For the 1:9 scale, the main frame of the plow has 1 hole inside to put a 20x12x235 metal piece to get more weight and more realism. It will be necessary to drill holes on the metal piece using drill and drill bits.

There are 2 options for 1:9 scale crossbows:

The most advisable option is to use 6 strips of 0.2 mm thick metal cleat on each leaf spring for best performance.

The other option is to mount plastic leaf springs which can also work although with worse results.

For the 1:16 scale only the plastic crossbow option has been contemplated due to the size limitation.

The leaf spring system carries a screw to regulate the tension.

All 1:16 scale STL files are included in a zip file.

https://youtu.be/ZsEV7SlYYxY

https://youtu.be/fIe5WX4oMco

https://youtu.be/JSaHQhzPaTc

3D printing settings

Layer height 0.2 for a better finish.

All parts can be printed on a 200x200 mm bed.

Some parts require support due to their complexity.

There are several parts, such as those simulating hydraulic cylinders that have nuts inside. In these cases it is necessary to use the "Pause at height" option of CURA or the equivalent option of other filletizers, in order to stop printing at the right time, put the nut in its hole and continue printing.

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