Motion range per axis arc = published range A1 -166° / 166° 150°/s A2 -105° / 105° 150°/s A3 -166° / 166° 150°/s A4 -176° / -7° 150°/s A5 -165° / 165° 301°/s A6 25° / 265° 239°/s A7 -175° / 175° 301°/s Quick answers
What is the payload of the Franka Robotics Franka Research 3? 3 kg, per Franka Research 3 (franka.de).
What is the reach of the Franka Robotics Franka Research 3? 855 mm, per Franka Research 3 (franka.de).
What is the repeatability of the Franka Robotics Franka Research 3? ±0.1 mm, per Franka Research 3 (franka.de).
How many axes does the Franka Robotics Franka Research 3 have? 7, per Franka Research 3 (franka.de).
How much does the Franka Robotics Franka Research 3 weigh? 18.3 kg, per Franka Research 3 (franka.de).
What is the IP rating of the Franka Robotics Franka Research 3? IP40, per Franka Research 3 (franka.de).
What is the maximum TCP speed of the Franka Robotics Franka Research 3? 2000 mm/s, per Franka Research 3 (franka.de). Study notes Force/torque sensing is a link-side torque sensor in all 7 axes. Joint torque limits: A1-A4 ±87 Nm; A5-A7 ±12 Nm. Installation position is upright. Control unit v5.1 is a 19'' rackmount unit, 355 x 483 x 89 mm (D x W x H), ~7 kg, IP20. Guiding force is ~2.5 N; adjustable translational stiffness is 10-3000 N/m and rotational stiffness is 1-300 Nm/rad. FCI provides 1 kHz low-level control and 1 kHz measurement of joint and Cartesian data; libfranka supports C++, ROS 2, MATLAB and Simulink. Workspace efficiency is 94.5%; maximum reach of flange is 855 mm and reach with flange parallel to base is 1188 mm. Add-ons include a 2-finger gripper and a vacuum gripper. Safety Certification process ongoing against EN ISO 13849-1:2015 and EN ISO 10218-1:2011. Safety functions include emergency stop (X3.1), external enabling device (X4), enabling button, two configurable safe inputs (X3.2/X3.3), SLP-C, SLS-C, SLP-J, SLS-J, SLD and SEEP O. Collaborative operation modes are monitored stop, hand-guiding and speed and separation monitoring. Stopping functions include category 0, category 1 and category 2 stops; worst-case safe Cartesian position accuracy for stopping functions is 50 mm. PFH is < 1 × 10−7 for PL d, Cat 3 and for PL b, Cat b safety functions. FCI cannot control the robot while SLP-C or SLS-C is active.