Korres Engineering

Korres Engineering is an Athens-based Greek engineering enterprise founded by architect and engineer Dimitris Korres. Its work spans design, consulting, subcontracting, and specialized engineering services, with a particularly distinctive concentration on the relocation of complex, heavy, and historically significant structures. The company has reportedly completed dozens of demanding relocation projects over a period of roughly two decades, including ancient and medieval monuments and major contemporary structures. One cited example is the relocation of an approximately 1,800-tonne, three-storey stone building belonging to the Hellenic Railways Organization. The company’s activities also extend beyond conventional civil engineering. A separate part of its work has involved customized engineering assignments and the design and development of vehicles. Korres Engineering developed a 1,000 cc motorcycle in 1989 and later created a succession of automobile projects identified as P1, P2, P3, and P4. These vehicles are associated with a patented suspension concept intended to combine high-performance handling with unusually strong off-road capability. The P4, also known as Project 4, became the most developed and publicized version of this series. Presented in 2013, it combined the visual and performance aspirations of an exotic sports car with the functional ability of an extreme all-terrain vehicle. The cited specification includes a 7-litre, 505-horsepower General Motors engine, a claimed top speed of 300 km/h, and acceleration from 0 to 100 km/h in 3.8 seconds. Korres Engineering has also explored mobility concepts with a social and accessibility-oriented dimension. In 2012, it proposed the D3, a city-car design intended for disabled drivers. The project illustrates the breadth of the company’s vehicle activity, which has included not only high-performance and off-road engineering but also urban mobility and adapted-vehicle concepts. During the COVID-19 pandemic, Korres Engineering participated in the development of ventilators for patients requiring respiratory support. This work expanded the visible scope of the organization beyond construction, relocation, and vehicle design into medical-device-related engineering collaboration. The available reference material does not establish the company’s current ownership, legal structure, listing status, financial performance, or precise operating markets. It also does not provide a confirmed official website address. Accordingly, Korres Engineering is best characterized as a specialized Greek engineering brand whose public identity is built around technically difficult structural relocation projects and experimental or low-volume vehicle development.

Korres Engineering was established in Athens by architect and engineer Dimitris Korres. The available account presents the organization as a multidisciplinary engineering firm rather than solely as an automobile manufacturer. Its principal civil-engineering activity has involved the design, consultation, subcontracting, and execution of demanding projects, especially the relocation of structures that are too large, heavy, old, or technically complex for ordinary construction methods. Over approximately two decades, the company completed dozens of structure-relocation assignments. These included ancient and medieval monuments as well as substantial modern buildings. Among the documented examples is an approximately 1,800-tonne, three-storey stone building associated with the Hellenic Railways Organization. Such projects form the central distinction of the company’s engineering profile: rather than limiting itself to new construction, Korres Engineering developed and applied methods for moving complete structures while addressing structural integrity, weight distribution, site constraints, and preservation requirements. The company also developed a vehicle-engineering practice. In 1989 it produced a 1,000 cc motorcycle. From 2002 onward, it created a series of automobile projects designated P1 through P4. These vehicles were built around a patented suspension system and were intended to deliver both high performance and exceptional off-road ability. The approach culminated in the P4, or Project 4, which was introduced in 2013. The P4 was conceived as a hybrid of exotic sports-car performance and extreme all-terrain functionality. Reported specifications include a 7-litre, 505-horsepower GM engine, a top speed of 300 km/h, and a 0–100 km/h time of 3.8 seconds. Korres Engineering’s vehicle work was not confined to performance vehicles. In 2012, the firm proposed the D3, a city-car concept designed for disabled drivers. This project broadened the company’s automotive profile toward accessibility and urban transportation. The available material does not indicate that the D3 entered series production. In December 2020, during the COVID-19 pandemic, Korres Engineering participated in the development of ventilators for patients with COVID-19. This involvement demonstrated that the firm’s engineering capabilities could be applied to urgent medical-equipment development as well as to civil structures and vehicles. The available sources do not establish a complete corporate chronology, current ownership, legal form, workforce, financial results, production volumes, or present commercial status. They also do not confirm whether the P-series vehicles or D3 concept achieved regular mass production. Korres Engineering is therefore best documented as a specialized Greek engineering organization with a notable record in structure relocation and a distinctive, largely limited-volume vehicle-development portfolio.

• 2020

  Participation in COVID-19 ventilator development

  [1]Korres Engineeringen.wikipedia.org

  In December, the company participated in the development of ventilators for COVID-19 patients.

• 2013

  Introduction of the P4 / Project 4

  [1]Korres Engineeringen.wikipedia.org

  The P4 was introduced as the most developed version of the company’s vehicle series, combining sports-car performance with extreme all-terrain capability.

• 2012

  D3 city-car proposal

  [1]Korres Engineeringen.wikipedia.org

  Korres Engineering proposed D3, a city-car design intended for disabled drivers.

• 2002

  Beginning of the P-series automobile projects

  [1]Korres Engineeringen.wikipedia.org

  The company began developing a series of automobiles designated P1 through P4, using a patented suspension concept aimed at combining performance and off-road capability.

• 1989

  Development of a 1,000 cc motorcycle

  [1]Korres Engineeringen.wikipedia.org

  Korres Engineering developed a motorcycle with a 1,000 cc engine, marking an early stage of its vehicle-design activity.

A specialized engineering and design firm positioned around technically difficult civil-engineering assignments, structure relocation, custom mechanical development, and unconventional vehicle design.

• Motorcycle · 1989

  Korres 1,000 cc motorcycle

  A 1,000 cc motorcycle developed in 1989. The available source identifies it as an early Korres Engineering vehicle project but does not provide details about production quantities, commercial availability, or technical architecture.

• Experimental automobiles · 2002

  Korres P1–P3

  A sequence of automobile projects developed from 2002 onward and preceding the P4. The series used Korres Engineering’s patented suspension system and pursued a combination of high performance and extreme off-road capability. Detailed specifications and production status for the individual models are not established in the available material.

• High-performance all-terrain automobile · 2013

  Korres P4 / Project 4

  Introduced in 2013, the P4 was presented as the final or production version of the Korres vehicle series. It combined the concept of an exotic sports car with extreme off-road capability. Reported specifications include a 7-litre, 505-horsepower GM engine, a claimed 300 km/h top speed, and 0–100 km/h acceleration in 3.8 seconds.

• Accessible city-car concept · 2012

  D3

  A city-car design proposed in 2012 for disabled drivers. The project reflects Korres Engineering’s interest in adapting vehicle design to accessibility and urban mobility requirements. The available source does not confirm series production.

• Medical engineering project · 2020

  COVID-19 ventilator development

  An engineering-development effort in which Korres Engineering participated in December 2020 to support ventilators for COVID-19 patients. The available material does not specify the exact partner organizations, design, production scale, or regulatory status.

• 2020

  Participation in ventilator developmentOther

  Background

  The COVID-19 pandemic created urgent demand for respiratory-support equipment.

  Action taken

  In December 2020, Korres Engineering participated in the development of ventilators for COVID-19 patients.

  Aftermath

  The available material confirms the participation but does not provide details about production, deployment, or regulatory approval.

  Source

• 2012

  Proposal of the D3 accessible city-car conceptProduct launch

  Background

  The company explored a vehicle concept addressing urban mobility for disabled drivers.

  Action taken

  Korres Engineering proposed the D3 city-car design.

  Aftermath

  The available reference does not indicate that the concept entered series production.

  Source

• 2002

  Expansion into a P-series of specialized automobilesStrategy

  Background

  After earlier motorcycle development, the company pursued a succession of automobile projects focused on combining high performance with extreme off-road capability.

  Action taken

  Korres Engineering developed the P1 through P4 series around a patented suspension system.

  Aftermath

  The program culminated in the P4, which was introduced in 2013. Production scale and commercial results are not established.

  Source

1. 1Korres Engineeringen.wikipedia.org