Buzzy Bot Robotik Yetkazib Berish Transport Vositasi by Marko Lukovic

Buzzy Bot Robotik Yetkazib Berish Transport Vositasi by Marko Lukovic is a highly esteemed winner of the very prestigious 2023 A' Design Award Temir Mukofoti in Robototexnika, Avtomat va Avtomatlashtirish Dizayni Competition Category.

TemirRobototexnika· 2023

Buzzy Bot Robotik Yetkazib Berish Transport Vositasi

by Marko Lukovic

Client: Marko Lukovic

A' Design Award Temir Mukofoti Winner in Robototexnika Category

22,558

Verified Award Winner

Verify Award Status for #147808

Visit Site View at A' Design Award Press Release Award Badge

Colors

The Design

About Buzzy Bot Robotik Yetkazib Berish Transport Vositasi

Zamonaviy elektron tijorat tovarlarni shaharning tor ko'chalarida hamda qiyin erishiladigan joylarga tez yetkazib berishni talab qiladi. Buzzy Bot - bu turli xil kerakli haroratlarda tovarlarni saqlash uchun jami 34 ta avtomatlashtirilgan tortmaga ega robotik yetkazib berish transport vositasidir. U paketlarni uzoqroq joylarga tashish uchun yuk droniga ega. Moslashuvchan bo'g'in mexanizmiga ega g'ildiraklar notekis yerdagi to'siqlarni osonlik bilan yengib o'tadi. Barcha g'ildiraklarning mustaqil aylanishi tor joylarda oson manevr qilish imkonini beradi. Elektr harakatlantiruvchi tizim qattiq holatli batareyalar va transport vositasining tomidagi qo'shimcha quyosh panellari bilan ta'minlanadi.

The Recognition

About the A' Design Award Temir Mukofoti

Buzzy Bot Robotik Yetkazib Berish Transport Vositasi A' Design Award Temir Mukofotining g‘olibi bo‘lib, bu yaxshi loyihalangan ijodlardan kutiladigan kasbiy va sanoat talablariga javob beradigan yaxshi dizaynlarga beriladigan nufuzli e’tirofdir. Temir g‘oliblari o‘z yaratuvchilarining katta mahorati, yuksak ixtisosligi, mutaxassis tushunchasi va ijodiy salohiyatini namoyon etadi. Buzzy Bot Robotik Yetkazib Berish Transport Vositasi yuqori qadrlanadigan, hayrat bilan qaraladigan va suyukli, amaliy hamda innovatsion ijod bo‘lishi kutiladi. A' Design Award Temir Mukofotini qo‘lga kiritgan ushbu dizayn soha eng yaxshi amaliyotlarini uyg‘unlashtiradi va bilim hamda iste’dod bilan bog‘langan layoqatli texnik xususiyatlarga ega. Buzzy Bot Robotik Yetkazib Berish Transport Vositasi puxtaligi uchun hurmatga sazovor bo‘lib, dunyoni yaxshiroq joyga aylantirishga yordam beradigan hayot sifatini yaxshilashni taqdim etish uchun loyihalangan.

Behind the Design

Press Kit

Credits, team members and technical details provided by the designer.

Unique Properties: Buzzy Bot is medium size, autonomous delivery vehicle. Different types of goods are placed in a total of 34 separate automated storage compartments with Electronic Drawer system. It is able to service large number of clients in the shortest period of time with just one trip. There is adaptive ground distance - Clearance, to overcoming road obstacles. Solar panels on the roof are there for additional electric power supply. It has a Cargo Drone for transporting medium sized packages.
Dimensions & Packaging: Lenght 3000 mm x Width 1450 mm x Height 1850 mm. GPS autonomous navigation system. 360 degree camera vision field with automatic recognition of pedestrians, road signs and traffic lights. Lidar for automatic detection of ground terrain topology. Radar detection of other vehicles and objects with automatic braking and acceleration. Voice and remote control over vehicle by operator in control center in critical situation. The energy is stored in 270 % efficient electric Solid-State batteries.
Tags: Autonomous, Robot, Artificial intelligence, Delivery, Vehicle, Drone, Solar energy, Electric vehicle
Production Technology: The chassis is made of an alloy of light metals such as aluminum and titanium. Stainless steel is used for mechanical kinetic assemblies where high strength and resistance to shocks and moisture are required. External formwork and smaller parts are made from thermoformed and injection-molded plastics. Darkened - transparent doors of compartment are made of polycarbonate with implemented transparent Oled (Organic Led) displays.
Design Challenge: The task of analyzing and positioning all the necessary electromechanical assemblies of the vehicle with the desired aesthetics, into a very complex functional unit that moves on the roads. By combining the organic soft shapes of the main body with the geometrized structure of joint-mechanisms, large wheels and batteries, a specific futuristic design was obtained. The vehicle's primary communication with the client required the design of a completely new audio and visual intelligible interface.
Research: In the last ten years, statistical research in the fields of trade and sales has shown that online shopping, ordering of various types of goods and their delivery is constantly increasing, more than 10 % annually.
The biggest problem with current small delivery robots on the market is one or few deliveries per one ride. After one delivery, the robot must return to the base to receive the next package. In that way, a lot of time is lost between two clients. A large fleet of robots is necessary.
Inspiration: The volumes, lines and colors of Honey Bee are the inspiration for the organic shape of the main robot body. The hexagonal shape of the storage compartments is inspired by the natural geometric shape of Honeycomb. It is main functional and aesthetic light-motive. Construction of the horse-drawn Carriages was the inspiration for the symmetrical architecture of the vehicle. For better visibility in night conditions, Led emitting strips have been installed in the aluminum rims and 4 arc blinkers.
Project Duration: The project started in September 2022 and finished in January 2023 in Belgrade, Serbia.
Operation Flow: The system of independent rotation of all four wheels by 90 degrees, allows efficient and fast maneuvering and parking in confined areas. Vehicle can move in all 4 directions. Indoor Climate Micro-System enables the transport of hot or cold food. Oled info-display on each different colored hexagonal compartment shows temperature and order Client Code. Robot has a built-in QR scanner and contactless payment credit card reader. In this way, it is possible to pay directly on the robot itself.
Team Members: Designer: Marko Lukovic
Image Credits: Marko Lukovic