E-FLITE Blade 400 3D Manual Download Page 22

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001........Flybar Paddle (2) ...........................................EFLH1428

002........Flybar Paddle Mount/Adapter (2) ...................EFLH1427

003........Flybar (1) ......................................................EFLH1425

004........Screw M2×6mm (4) .......................................EFLH1473

005........Flybar Paddle Control Frame Arm (2) ..............EFLH1424

006........Bell Mixer Pushrod/Link (2) .............................EFLH1419

007........Spindle Brushing (1) ......................................EFLH1422

008........Head Block/Rotor Housing (1) ........................EFLH1422

009........Spindle/Feathering Shaft (1) ...........................EFLH1421

010........Screw T1.7×3mm (2) ......................................EFLH1473

011........Screw T1.7×4mm (14) ....................................EFLH1473

012........Bell Mixer Arm Brushing (2) ............................EFLH1418

013........Bell Mixer Arm (2) .........................................EFLH1418

014........Control/Linkage Ball, Short (20) ......................EFLH1436

015........Main Rotor Blade Grip/Holder (2) ..................EFLH1417

016........Bearing 3×6×2.5mm (10) ...............................EFLH1115

017........Thrust Bearing 3×8×3.5mm (2) .......................EFLH1420

018........Washer 2×5×2.5mm (7) .................................EFLH1473

019........Main Rotor Blade (2) ......................................EFLH1415A

020........Step Washer 2×3×2mm (2) ............................EFLH1473

021........Flybar Seesaw Holder (1) ...............................EFLH1423

022........Flybar Paddle Control Frame Rod (2) ...............EFLH1424

023........Ball Link (19) .................................................EFLH1437

024........Washer 3×5.5×0.55mm (2) ............................EFLH1473

025........O-Ring (2) .....................................................EFLH1158

026........Socket Head Button Screw M3×16mm (2) ........EFLH1416

027........Washer/Shim 5×8×0.1mm (2) ........................EFLH1420

028........Socket Head Cap Screw M2×6mm (2) .............EFLH1473

029........Nylon Insert Lock Nut M3 (2) ..........................EFLH1416

030........Screw M2×10mm (5) .....................................EFLH1473

031........Washout Control Arm (2) ...............................EFLH1431

032........Pin 1.5×8mm (2) ............................................EFLH1431

033........Washout Control Arm Link (2) .........................EFLH1431

034........Nut M2 (2) ....................................................EFLH1473

035........Washout Base Guide Pin (2) ...........................EFLH1422

036........Washout Base Bushing (1) ..............................EFLH1430

037........Washout Base ................................................EFLH1430

038........Control/Linkage Ball, Short w/Long Thread (2) EFLH1431

040........Linkage Rod/Pushrod, 16mm (3) .....................EFLH1438

041........Setscrew M3×3 (9) .........................................EFLH1473

042........Linkage Rod/Pushrod, 45mm (2) .....................EFLH1438

043........Swashplate Control Ball Bushing (1) ................EFLH1433

044........Swashplate Control Ball (1) .............................EFLH1433

045........Control/Linkage Ball, Long (4) ........................EFLH1435

046........Inner/Upper Swashplate Ring (1) ....................EFLH1433

047........Anti-Rotation Pin (1) .......................................EFLH1433

048........Outer/Lower Swashplate Ring (1) ...................EFLH1433

049........Bearing 17×23×4mm (1) ................................EFLH1433

050........Main Shaft (1) ...............................................EFLH1447

051........Tail Boom Brace/Support End, Straight (2) .......EFLH1461

052........Tail Boom Brace/Support Rod (2) ....................EFLH1461

053........Screw T2×6mm (11) .......................................EFLH1473

054........DS75H Digital Sub-Micro Heli Servo (4) ..........EFLRDS75H

055........Aileron/Pitch Servo Arm (2) ...........................EFLH1476

056........Linkage Rod/Pushrod, 26mm (1) .....................EFLH1438

057........Socket Head Button Screw M2.5×7mm (4) .......EFLH1473

058........Tail Boom Brace/Support End, Angled (2) ........EFLH1461

059........Cap Washer (4) .............................................EFLH1443

060........Main Frame, Right (1) ....................................EFLH1439

061........Canopy Mount Grommet (2) ...........................EFLH1479

062........Body/Canopy (1) ...........................................EFLH1481

063........420H Brushless Motor (1) ...............................EFLM1350H

064........Linkage Rod/Pushrod, 32mm (1) .....................EFLH1438

065........10-Tooth Pinion Gear (1) ................................EFLH1410

066........Bearing 5×10×4mm (3) ..................................EFLH1442

067........Canopy Mount Rod (1) ...................................EFLH1479

068........Elevator Control Lever (1) ................................EFLH1440

exploded view parts listing

069........Motor Mount (1) ............................................EFLH1443

070........One-Way Bearing (1) .....................................EFLH1450

071........Socket Head Button Screw M3×8mm (2) ..........EFLH1473

072........Main Gear (1) ...............................................EFLH1451

073........Washer/Shim 6×10×1mm (1) .........................EFLH1449

074........Socket Head Cap Screw M2×12mm (2) ...........EFLH1473

075........Main Tail Drive Gear (1) .................................EFLH1453

076........One-Way Bearing Shaft (1) ............................EFLH1449

077........Main Shaft Retaining Collar (1) .......................EFLH1448

078........Anti-Rotation Bracket/Guide (1) ......................EFLH1434

079........Tail Drive Shaft Lower Bearing Block/Mount (1) EFLH1454

080........Bearing 5×8×2.5mm (2) .................................EFLH1441

081........One-Way Bearing Sleeve (1) ..........................EFLH1451

082........Linkage Rod/Pushrod, 52mm (2) .....................EFLH1438

083........Elevator Servo Arm (2) ...................................EFLH1476

084........Main Frame, Left (1) .......................................EFLH1439

085........Screw T2×8mm (2) .........................................EFLH1473

086........Landing Skid End Cap (4) ...............................EFLH1446B

087........Screw T1.7×4mm (2) ......................................EFLH1473

088........Landing Gear Strut (2) ....................................EFLH1445W

089........Landing Skid (2) ............................................EFLH1446B

090........Spacer 3×4×2.5mm (1) ..................................EFLH1455

091........Tail Drive Pulley Cap (1) .................................EFLH1455

092........Tail Drive Pulley (1) ........................................EFLH1455

093........Tail Drive Gear/Pulley Shaft (1) .......................EFLH1455

094........Secondary Tail Drive Gear (1) .........................EFLH1455

095........Spacer 3×4×3.1 (1) .......................................EFLH1455

096........Tail Linkage/Pushrod Joiner (1) .......................EFLH1459

097........Tail Linkage/Pushrod (1) .................................EFLH1459

098........Tail Linkage/Pushrod Ball Link (1) ....................EFLH1459

099........Linkage Rod/Pushrod, 38mm (1) .....................EFLH1438

100........Elevator Control Lever Arm (1) ........................EFLH1440

101........Screw T1.7×9mm (21) ....................................EFLH1473

102........Tail Servo Boom Mount (1) ..............................EFLH1458

103........Tail Boom (1) .................................................EFLH1457

104........Tail Drive Belt (1) ............................................EFLH1456

105........Tail Pushrod Support/Guide, Long (1) ..............EFLH1460

106........Screw T1.4×5mm (2) ......................................EFLH1473

107........Horizontal Stabilizer/Fin Mount (1) .................EFLH1462

108........Horizontal Stabilizer/Fin (1) ...........................EFLH1472Y

109........Tail Rotor Pitch Control Slider Bushing (1) .........EFLH1468

110........Pin 1.5×5mm (2) ............................................EFLH1468

111........Bearing 4×7×2.5mm (2) .................................EFLH1468

112........Tail Rotor Pitch Control Slider Ring (1) ..............EFLH1468

113........Socket Head Cap Screw M2×14mm (1) ...........EFLH1473

114........Tail Pushrod Support/Guide, Short (1) .............EFLH1460

115........Tail Rotor Blade Grip/Holder (2) .....................EFLH1470

116........Aluminum Tail Rotor Hub (1) ...........................EFLH1469

117........Bearing 2×6×3mm (4) ....................................EFLH1121

118........Socket Head Cap Screw M2×7mm (3) .............EFLH1473

119........Tail Rotor Blade (2) .........................................EFLH1471

120........Tail Rotor Pitch Control Ball Link (2) .................EFLH1468

121........Tail Rotor Pitch Control Fork/Yoke (1) ..............EFLH1468

122........Spacer/Crush Sleeve 2×3×4.6mm (1) .............EFLH1467

123........Specialty Pin Screw T2.3×4mm (2) ..................EFLH1467

124........Tail Rotor Pitch Lever (1) ..................................EFLH1467

125........Tail Case, Right (1) .........................................EFLH1463

126........Tail Rotor Shaft (1) .........................................EFLH1465

127........Tail Drive Belt Guide Pulley/Tensioner (1) .........EFLH1464

128........Bearing 2×5×2.5mm (1) .................................EFLH1464

129........Tail Rotor Shaft Drive Pulley (1) .......................EFLH1465

130........Tail Rotor Shaft Drive Pulley Cap (1) ................EFLH1465

131........Spacer 3×4×3.5mm (1) ..................................EFLH1465

132........Tail Case, Left (1) ...........................................EFLH1463

133........Vertical Stabilizer/Fin (1) ................................EFLH1472Y

134........Screw M2×14mm (2) .....................................EFLH1473

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Please see your favorite retailer or visit our web site (

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replacement and option parts releases for your Blade 400 3D.

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Summary of Contents for Blade 400 3D

Page 1: ...shless outrunner 3800Kv installed ESC 25 amp brushless installed Battery 3S 11 1V 1800mAh 20C Li Po included Charger DC Li Po Balancing Charger included Transmitter Spektrum DX6i 2 4GHz DSM2 6 channel Computer Radio included Receiver Spektrum AR6100e 2 4GHz DSM2 Microlite Receiver installed Servos DS75H Digital Sub Micro 4 installed Gyro G110 Micro Heading Lock installed ...

Page 2: ...bodily harm and damage to property Fly only in open areas preferably at AMA Academy of Model Aeronautics approved flying sites following all instructions Keep loose items that can get entangled in the rotor blades away for the main and tail blades including loose clothing or other objects such as pencils and screwdrivers Especially keep your hands away from the rotor blades Note on Lithium Polymer...

Page 3: ...y this warranty Proof of purchase is required for warranty claims Further Horizon reserves the right to change or modify this warranty without notice and disclaims all other warranties express or implied b Limitations HORIZON MAKES NO WARRANTY OR REPRESENTATION EXPRESS OR IMPLIED ABOUT NON INFRINGEMENT MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE OF THE PRODUCT THE PURCHASER ACKNOWLEDGES TH...

Page 4: ...reas for any reason Carefully follow the directions and warnings for this and any optional support equipment chargers rechargeable battery packs etc that you use Keep all chemicals small parts and anything electrical out of the reach of children Moisture causes damage to electronics Avoid water exposure to all equipment not specifically designed and protected for this purpose Never lick or place a...

Page 5: ... warnings before handling charging or using the Li Po battery Note Lithium Polymer batteries are significantly more volatile than the alkaline Ni Cd or Ni MH batteries used in RC applications All instructions and warnings must be followed exactly Mishandling of Li Po batteries can result in fire By handling charging or using the included Li Po battery you assume all risks associated with lithium b...

Page 6: ...r noticing a loss of power Routinely discharging the battery to 9V can still cause permanent damage to the battery resulting in shortened flight times loss of power output or failure of the battery entirely It is recommended that you use the timer function of the DX6i transmitter to keep the duration of each flight consistent and to prevent reaching the soft LVC each time you fly Note The timer of...

Page 7: ...ce Once you have connected the charger to the power source its CELL STATUS LEDs will glow solid red and the CHARGE STATUS LED will flash to indicate the charger has power and is ready to begin charging Connect the Li Po battery to the charger using the specially marked Balance Charge Lead exiting the battery and the mating connector on the side of the charger labeled with 11 1V The balance connect...

Page 8: ... care of the battery if it is used in another application You must also be sure that the battery is never left plugged into the ESC for an extended period of time after flying in order to prevent overdischarge Anytime one or more CELL STATUS LEDs flash red and green while the CHARGE STATUS LED flashes red you should remove the Li Po battery from service and replace it with a new one If any CELL ST...

Page 9: ...contact with the elevator servo arm and the motor case If the battery comes into contact with either of these components during flight it can result in damage to the battery motor and or servo potentially resulting in a crash Once the battery has been properly positioned fasten the hook and look strap around the battery for added security Control Test Although each Blade 400 3D model is control te...

Page 10: ...trol When the stick is pushed forward the swashplate should also tilt forward With the stick pulled back the swashplate will tilt toward the rear While viewing the helicopter from the rear tail boom toward you move the right hand stick left and right to check aileron roll control When the stick is pushed to the left the swashplate should also tilt left With the stick pushed right the swashplate wi...

Page 11: ...not already spinning The first time you power up the ESC after it has been powered on and armed it will take approximately 15 seconds for the ESC motor to reach the power level you initially set with the throttle stick curve This means you will need to wait approximately 15 seconds before attempting any aggressive maneuvering as you should allow the power system to reach the set level of power fir...

Page 12: ... have placed the helicopter in a safe area free of obstructions and are clear of the rotor blades you can safely begin to power up the model to confirm proper operation and operating direction of the motor and rotor blades q Advance the throttle stick slowly just until the motor and rotor blades begin to spin Note the direction that the main and tail rotor blades spin The main rotor blades should ...

Page 13: ...for either Gyro switch position is set to 50 it is equivalent to an approximately 0 gain value in the Standard Rate non Heading Lock mode When the Rate for either Gyro switch position is set to 75 it is equivalent to an approximately 50 gain value in the Heading Lock mode When the Rate for either Gyro switch position is set to 100 it is equivalent to an approximately 100 gain value in the Heading ...

Page 14: ...ned to accept a pulse rate of 275Hz Be certain that the Servo Mode selection switch is set to the Standard position when the DS75H servo is being used Understanding the Primary Flight Controls If you are not familiar with the primary flight controls of your Blade 400 3D please take a few minutes to familiarize yourself with them before proceeding and before attempting your first flight The left ha...

Page 15: ...backward flips The elevator trim can be used to help keep the helicopter from drifting forward or backward when in hover with no elevator stick input For example if the helicopter drifts forward when in hover click the elevator trim lever downward until the helicopter hovers as level as possible with no forward drifting Moving the stick to the left will roll the helicopter to the left allowing the...

Page 16: ... the motor and rotor blades For added safety the ESC will not arm if the flight battery is plugged in and the flight mode switch is set to the Stunt position When switching between the Normal and Stunt flight modes it is typically best to do so in the air while hovering The throttle and pitch curves of each flight mode have been optimized to transition smoothly around hover Note Although the midpo...

Page 17: ...is flight mode the throttle curve is linear from 0 to 0 In the case of an electric powered model like the Blade 400 this will power down the ESC motor completely And because the pitch range in this flight mode is approximately 3 degrees 35 to 10 degrees 100 it also allows you to perform auto rotations during flight if you choose Toggling the Throttle Hold switch to the on position also allows you ...

Page 18: ...sening the two screws that mount the horizontal stabilizer and the four screws that hold the rear section of the main frame together around the tail boom After loosening these six screws slide the boom further into the frame to loosen belt tension or farther out of the frame to tighten belt tension After properly adjusting the tail drive belt tension be sure to retighten all six screws while also ...

Page 19: ...rottle stick position Failure to lower the throttle stick to the lowest possible position in the Normal Flight mode only or to activate Throttle Hold in any flight mode in the event of a crash could result in damage to the ESC While the ESC is readily capable of handling all in flight power loads and even brief momentary bursts beyond these typical loads it can be damaged if an excessive amount of...

Page 20: ...m well as long as the blade tracking is adjusted as closely as possible Flybar Paddle Tracking Adjustment While main rotor blade tracking is a critical element of flight performance proper flybar paddle tracking and positioning is also important in maintaining proper control response and vibration free operation To check flybar paddle tracking positioning and to make any necessary adjustments plea...

Page 21: ... If you begin having trouble with the blades going in and out of track during flight or if the helicopter feels loose and mushy during flight it is likely time to replace the O ring dampeners The O ring dampeners can wear out in approximately 30 to 60 flights depending on how the model is flown Also when replacing the O ring dampeners it s important to lubricate them with grease or petroleum jelly...

Page 22: ... 8mm 2 EFLH1473 072 Main Gear 1 EFLH1451 073 Washer Shim 6 10 1mm 1 EFLH1449 074 Socket Head Cap Screw M2 12mm 2 EFLH1473 075 Main Tail Drive Gear 1 EFLH1453 076 One Way Bearing Shaft 1 EFLH1449 077 Main Shaft Retaining Collar 1 EFLH1448 078 Anti Rotation Bracket Guide 1 EFLH1434 079 Tail Drive Shaft Lower Bearing Block Mount 1 EFLH1454 080 Bearing 5 8 2 5mm 2 EFLH1441 081 One Way Bearing Sleeve 1...

Page 23: ... Bearing 5x8x2 5mm 2 B400 EFLH1442 Bearing 5x10x4mm 2 B400 EFLH1443 Aluminum Motor Mount Set B400 EFLH1444 Hook and Loop Battery Strap B400 EFLH1445W Landing Gear Strut Set White B400 EFLH1446B Landing Gear Skid Set Black B400 EFLH1447 Main Shaft 2 B400 EFLH1448 Main Shaft Retaining Collar B400 EFLH1449 One Way Bearing Shaft and Shim Set B400 EFLH1450 One Way Bearing 6x10x12mm B400 EFLH1451 Main G...

Page 24: ...46 47 NOTES NOTES ...

Page 25: ...nc Spektrum radios and accessories are exclusively available from Horizon Hobby Inc DSM and DSM2 are trademarks or registered trademarks of Horizon Hobby 11336 2007 Horizon Hobby Inc 4105 Fieldstone Road Champaign Illinois 61822 877 504 0233 www E fliteRC com ...

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