Air Octor Robot: Smart Soft Robot

Air Octor Robot uses pneumatically-pressurized chambers to provide the structural support necessary for bending. The robot's manipulator uses a combination of motors and pneumatic pressure regulators for actuation. DC motors, spools, and cables are combined to form a tendon-cable servo system which is used to control the bending of the manipulator sections.

LittleApe Robot: Smart Four Legged Robot

LittleApe Robot The small and extreme lightweight robot is capable of walking on two and four legs as well as of changing from a four-legged posture to a two-legged posture. ​LittleApe features the proportions corresponding to its biological archetype. The most promising species for the robot's requirements like climbing and walking on four and two legs are the chimpanzee and its close relative, the bonobo.

CLASH Robot: Smart Micro Robot

CLASH Robot is a robot capable of climbing vertical loose-cloth surfaces at 15 cm per second. The robot has a single actuator driving its six legs which are equipped with novel passive foot mechanisms to facilitate smooth engagement and disengagement of spines. These foot mechanisms are designed to be used on penetrable surfaces and offer improved tensile normal force ...

Romeo Robot: Smart Humanoid Robot

Romeo Robot has been conceived to one day work as an assistant to elderly persons, to lengthen the time that they can continue to live independently in their own homes. Romeo is be able to walk up stairs, support people that have difficulty walking, or fetch objects from another room by himself. Romeo can also remind his owners of appointments or tell them when to take their medicine.

Posten Robot: Smart Deliver Robot

Posten Robot could signal the disappearance of the mailbox. A resident will receive a message that letters and packages are en route. He or she can decide to go down the street to pick them up or have them delivered to the front door at a convenient time. The robot drives back on its own in the evening. Overnight, it is filled with the next day’s deliveries.

Huggable Robot: Smart Home Robot

Huggable Robot is designed to be much more than a fun interactive robotic companion. It is designed to function as a team member that is an essential member of a triadic interaction. Therefore, the Huggable is not designed to replace any particular person in a social network, but rather to enhance that human social network.

Exosuit Robot: Smart Rehabilitation Robot

The soft exosuit creates forces on the body during walking through a Bowden cable-actuated multi-articular textile that interfaces to the wearer at the pelvis, leg and foot. The suit mimics the underlying function of the muscles at the hip and ankle and generates forces through a combination of passive and active tensioning.

MU-L8 Robot: Smart Racing Robot

MU-L8 Robot is a unique advancement in the area of robotics research because of its ease of replication, low cost components relative to other comparable humanoids, and its employment of open-source ROS. ​ One of the main innovations of this robot is the use of a 3D printer to create the limbs, hands, feet, neck, and head of the teen-sized humanoid robot. ​

HBS-1 Robot: Smart Humanoid Robot

HBS-1 Robot, The child-sized robot has anatomically-correct dimensions that closely mimic human motion with sufficient DOF. The robot has the dimensions and features of a seven-year-old child and is made entirely of 3D printed ABS parts and off the shelf components for maximum strength, simplicity and cost-effectiveness.

Lola Robot: Smart Humanoid Robot

Lola Robot, The electronics architecture is designed as an intelligent sensor-actuator network with a central controller. The new decentral components increase the system’s performance from a technological point of view. Additional DoFs are introduced to allow for more flexible and natural motions. The trajectory generation and control system is currently being developed, aiming for faster, more flexible and more robust walking patterns.