Sillbird B896 Robot Assembly Instructions

Introduction

This document provides step-by-step instructions for assembling the Sillbird B896 Robot. Please follow each step carefully to ensure proper construction.

Assembly Steps

Step 1

Attach two X2 pieces to one X1 piece.

Attach one X1 piece to the structure created in the previous step.

Step 2

Assemble the main body of the robot by connecting various components as shown in the diagram. This involves attaching several X1 and X2 pieces, along with specific connectors.

Step 3

Construct the robot's arm by connecting multiple pieces in sequence, including a piece labeled '2'.

Step 4

Attach the assembled arm to the main body of the robot.

Step 5

Connect X1, X1, and X1 pieces to the robot's structure.

Step 6

Continue assembling the robot's body by attaching various components, ensuring correct alignment.

Step 7

Assemble a sub-assembly using X2, X2, X2, and X1 pieces, then attach it to the main structure. This sub-assembly is also labeled with '7'.

Step 8

Connect X2, X4, and X1 pieces to the robot's chassis.

Step 9

Attach components using X2, X2, and X1 pieces. Also, attach a piece labeled '4'.

Step 10

Complete the assembly of a section using X2, X2, and X1 pieces. The diagram shows a correct (checkmark) and incorrect (cross) way to attach the '4' component.

Step 11

Connect X2 and X2 pieces to a structure, followed by an X1 piece. Then, attach pieces labeled '9' and '9' to the main body.

Step 12

Attach X2, X1, and X1 pieces to the robot's frame.

Step 13

Assemble a component using X1, X2, X1, X1, and X1 pieces. Then, attach it to the robot, noting the '2' label.

Step 14

Connect X1, X1, and X1 pieces to the robot's arm mechanism.

Step 15

Assemble a sub-assembly and attach it to the robot's arm.

Step 16

Attach the arm assembly to the main robot body.

Step 17

Connect the robot's main body sections using X1, X1, X1, and X4 pieces. Also, attach components labeled '3'.

Step 18

Assemble a complex section using X2, X2, X2, and X1 pieces, then attach it to the robot. This section is also labeled with '3'.

Step 19

Connect X2 and X1 pieces to the robot's structure. Also, attach a component labeled '6'.

Step 20

Attach the '6' component and other pieces, including X2, X1, X1, X1, and X1.

Step 21

Assemble a component using X2, X1, X1, X1, and X1 pieces, noting the '3' label.

Step 22

Connect X2 and X2 pieces to the robot's frame, followed by X1 and X1 pieces.

Step 23

Attach components using X2 and X2 pieces.

Step 24

Assemble a section using X2 and X1 pieces, and attach a piece labeled '4'.

Step 25

Connect X1 and X1 pieces to the robot's chassis.

Step 26

Attach components using X2 and X2 pieces.

Step 27

Connect various pieces, including X2 and X2, to the robot's structure.

Step 28

Attach X2, X1, and X1 pieces, along with the '6' component.

Step 29

Connect components labeled '4' and '3' to the robot's body. The diagram shows a circular arrow indicating a possible rotation or adjustment.

Step 30

Assemble a section using X2, X4, and X2 pieces, and attach pieces labeled '9' and '9'.

Step 31

Connect X2, X2, X1, X1 pieces, and a component labeled '5'.

Step 32

Continue assembling the robot's main structure, connecting various components as shown.

Step 33

Attach X2 and X1 pieces, noting the '3' label.

Step 34

Assemble a linkage mechanism using X2, X2, and X2 pieces, and attach a component labeled '4'.

Step 35

Connect X2 and X2 pieces, followed by an X1 piece. Attach the assembled section to the robot.

Step 36

Attach X2 pieces to the robot's chassis.

Step 37

Assemble a component using X2, X1, and X1 pieces. Also, attach a component labeled '4'.

Step 38

Connect X2, X2, and X2 pieces, and attach a component labeled '4'.

Step 39

The diagram shows a circular arrow, suggesting a rotation or adjustment. The robot's main body is shown with various components attached.

Step 40

Connect X2, X2, X2, and X2 pieces. Attach a component labeled '5'.

Step 41

Assemble a sub-assembly using X2, X1, X2, X1, and X1 pieces, and attach it to the robot. This sub-assembly is also labeled with '5'.

Step 42

Connect X2, X1, X2, X1, and X1 pieces, and attach a component labeled '5'.

Step 43

Assemble a component using X4, X1, and X1 pieces. Attach this to the robot.

Step 44

Connect X2 pieces to the robot. The diagram shows a circular arrow and two options for attaching speakers, one correct (checkmark) and one incorrect (cross).

Step 45

Assemble a component using X2, X2, and X1 pieces, noting the '2' label.

Step 46

Assemble a frame using X2, X2, and X1 pieces, and attach it to the robot.

Step 47

Attach an X1 piece to the robot's chassis.

Step 48

Assemble a component using X2, X2, and X1 pieces, and attach it to the robot. Also, attach a component labeled '3'.

Step 49

Connect X4, X2, and X2 pieces, and attach a component labeled 'X2'.

Step 50

The diagram shows a circular arrow and two options for connecting wires, one correct (checkmark) and one incorrect (cross).

Step 51

Connect X2 and X2 pieces, followed by X2 and X2 pieces.

Step 52

Assemble a component using X2, X2, X1, X1, and X1 pieces, and attach it to the robot.

Step 53

Connect X1, X1, X1, X1, and X1 pieces to the robot's structure.

Step 54

Assemble a component using X2, X2, X1, X1, and X1 pieces. The diagram shows a circular arrow indicating a possible rotation or adjustment.

Step 55

Connect X1, X1, X1, X1, and X1 pieces to the robot's frame.

Step 56

Attach X4, X2, and X2 pieces to the robot. Also, attach a long component labeled '13'.

Step 57

Attach four X4 wheels to the robot.

Step 58

Assemble a component using X2, X1, X1, and X1 pieces, noting the '2' and '3' labels.

Step 59

Assemble a component using X1 and X1 pieces, noting the '2' label.

Step 60

Connect X1, X1, X1, and X1 pieces to the robot's arm.

Step 61

Assemble a component using X1, X2, X1, and X1 pieces, noting the '3' label.

Step 62

Attach the assembled arm sections to the robot's main body.

Step 63

Connect X1, X1, and X1 pieces to the robot's arm.

Step 64

Assemble a component using X1, X1, and X1 pieces.

Step 65

Connect X2 and X1 pieces, noting the '3' label.

Step 66

Assemble a component using X1, X1, X1, and X1 pieces, noting the '2' and '3' labels.

Step 67

Assemble a component using X1, X2, and X1 pieces, noting the '2' and '1' labels.

Step 68

Attach the assembled arm sections to the robot's main body.

Step 69

Attach the tracks to the robot's body using X42 pieces. Attach X21 pieces to the sides.

Step 70

Assemble the remote control using X2, X2, and X1 pieces, noting the '2' label.

Step 71

Connect the robot to the power source using the provided USB cable. The diagram shows the correct way to connect the power (checkmark) and an incorrect way (cross).

Parts List

The document includes a comprehensive parts list with quantities and part numbers. Key components include:

Refer to the detailed diagrams for specific part identification and quantities.

Important Information

ATTENTION: CHOKING HAZARD - Small parts. Not for children under 3 years old. Read all instructions before use. Always remove all packages before giving the toys to the kids. Use under adult supervision. This package contains important information, please keep it for further reference. If small parts are swallowed or inhaled, seek medical attention immediately.

This warning is provided in multiple languages: English, French, German, Spanish, Italian, and Japanese.

Contact Information

For parts, service, or repair inquiries, please contact Sillbird:

Email: service@sillbird.com

Website: www.sillbird.com

Business Hours: Monday - Saturday, 9 a.m. to 6 p.m. (GMT+08:00)

Models: B896 E Remote Control Robot, B896 E, Remote Control Robot, Control Robot, Robot

PDF preview unavailable. Download the PDF instead.

Sillbrid B896 E ?v=1746609805 Adobe PDF library 10.01

Related Documents

Preview Sillbird Rextor B Robot Building Instructions
Comprehensive assembly guide for the Sillbird Rextor B robot, providing detailed step-by-step instructions and part lists for building a complex mechanical model.
Preview Sillbird 12-in-1 STEM Solar Robot Building Kit - Educational & Fun
Explore STEM with the Sillbird 12-in-1 Solar Robot Building Kit. This educational toy allows kids to build 12 different robots powered by the sun, no batteries needed. Perfect for ages 8-13, fostering creativity and environmental awareness.
Preview Sillbird B896 C Building Instructions
Detailed building instructions for the Sillbird B896 C model, including step-by-step assembly guides and part lists.
Preview Sillbird Yellow Thunderbolt 2-in-1 Robot & Racing Car Building Set Instructions
Detailed assembly instructions for the Sillbird Yellow Thunderbolt 2-in-1 building toy set. Build a transforming robot or a Technic racing car. Ideal for kids aged 8-12, featuring 998 pieces for creative STEM play.
Preview Sillbird Solios-Nova 15-in-1 Building Instructions and Parts Guide
Comprehensive assembly instructions and parts list for the Sillbird Solios-Nova 15-in-1 robot building kit, featuring guides for constructing various models like racing cars, motorcycles, tanks, and robots, along with important safety and warranty information.
Preview Sillbird Rextor E Building Instructions
Detailed building instructions for the Sillbird Rextor E model, including step-by-step assembly guides and part lists.
Preview Sillbird B886 Robot Building Instructions
Detailed building instructions for the Sillbird B886 robot, featuring step-by-step assembly guides and part lists.
Preview Sillbird B891 E Building Instructions
Detailed building instructions for the Sillbird B891 E model, providing step-by-step guidance with part counts and visual aids.