At an intersection in Munich, a woman on a cargo bike raised her hand to signal a turn. She lost her balance. She fell down.
“We have reached Mars. Yet the way a cyclist announces her intentions hasn't changed since the 18th century.”
Active safety · Munich, Germany · European Union
Built for EU compliance — by design, not by retrofit.
Signal. Be seen. Stay safe.
§01 · The problem
Regulations have not kept pace with the explosion of micromobility. Cars receive mandatory active safety measures (GSR 2019/2144). Bicycles, nothing.
At an intersection in Munich, a woman on a cargo bike raised her hand to signal a turn. She lost her balance. She fell down.
“We have reached Mars. Yet the way a cyclist announces her intentions hasn't changed since the 18th century.”
Cyclists killed in Germany in 2025
Source: DestatisPedelec deaths growth (2015–2025)
Source: DestatisE-scooter accidents in 2024
Source: DestatisMore lethal than driving, per kilometer
Source: ETSC, Statistical Overview (2003)Cyclists killed on EU roads in 2024
Source: ETSC PIN Flash 50, Apr 2026Cyclists over 60 fail a shoulder-check manoeuvre while riding
Source: Afschrift et al., KU Leuven / VU AmsterdamEU cyclist deaths involve no other vehicle — falls, kerbs, fixed objects
Source: ETSC, Apr 2026Annual reduction — 13× below the EU 2030 target
Source: ETSC PIN Flash 50DinkaSafe™ eliminates this problem at the source: signalling without releasing the handlebar.
§02 · Why now
Berlin has taken the first mandatory step. Brussels is preparing the framework. We intend to certify before requirements become mandatory, not after.
JUN 2024
The 56th amendment legalises directional indicators on all bicycles in Germany.
JUL 2024
Cars: AEB, ISA, turn assistance become mandatory. Bicycles remain uncovered.
NOV 2024
A Commission-commissioned study proposes a single EU approval framework for electric vehicles under 250 kg and 25 km/h.
FEB 2026
Germany makes front and rear direction indicators mandatory on all newly registered e-scooters from 1 March 2027.
2026
The EU funds preparatory research for a European type-approval framework for micromobility vehicles.
DinkaSafe™ is engineered for these requirements before they become mandatory.
§03 · Product
DinkaSafe™ adapts to every micromobility category, from standard bicycles to commercial cargo fleets.
SKU · Entry line
DinkaSafe™ BASIC
Standard bicycles · E-scooters · Light e-bikes
SKU · Tri-Hybrid line
DinkaSafe™ TRI-HYBRID
Cargo bikes · Postal cargo · Tuk-tuks · Commercial fleets
§04 · Technology
AUTOMATIC
Automatic gyroscopic detection plus route-based anticipation — the system signals ahead of the turn and validates it through onboard motion safety before acting, with one-finger manual control and absolute manual override priority. Always without releasing the handlebar.
Method protected under European patents pending examination.
INTEGRATED
Brake, turn, hazard, electronic horn, position lights and road illumination — all in one unified system, coherently controlled.
AUTONOMOUS
Tri-hybrid energy harvesting plus USB — four independent energy sources. 24h+ self-sustained operation on the Tri-Hybrid line. No interruptions.
Turn signals, hazard and electronic horn — all easily accessible without lifting a hand from the handlebar. Never releasing the grip. Manual input always retains absolute priority over every automatic function.
§05 · Roadmap
Designed against European safety standards from day one — engineered to the standard, then tested, then approved.
2026
LAUNCH & IP
2027
PILOT & TESTING
2028
APPROVAL & MARKET
§06 · Certification
DinkaSafe is designed from the first prototype against the European standards that govern micromobility lighting, signalling and battery safety — EN 15194, EN 17128, UNECE R148 and Regulation (EU) 2023/1542 on battery passporting. Certification testing with an accredited European test house is scheduled as part of the 2027 pilot phase.
§07 · Intellectual property
Four PCT patent families filed at the European Patent Office, covering the signalling architecture, the detachable module, energy management and propulsion governance. All rights are held personally by the founder and licensed to the operating entity.
§08 · Founder
Vasile Dincă
FOUNDER · INVENTOR · CEO
Sole inventor behind the four PCT patent families under examination at the EPO and WIPO. 100% owner of the intellectual property, licensed exclusively to DinkaSafe. Responsible for concept, system architecture and regulatory strategy. Based in Munich, Germany — European Union. Languages: Romanian, English.
Exhibited at Micromobility Europe, Berlin — June 2026.
§09 · Contact
For fleet operators, early-stage investors, industrial partners and certification bodies.
References & sources