Designed for life at sea, the first PY60 is a solar-electric catamaran.
Based in Stralsund, Germany, the yacht builder designed the 60-foot catamaran for extended cruising and independent life at sea.
The PY60 combines an integrated energy system with practical living spaces, aiming for reliable operation in real-world conditions.
German engineer and entrepreneur Mike Frank founded Pioneer Yachts after identifying demand for a capable solar-electric yacht built for continuous use.
Cossutti & Ganz designed the yacht’s naval architecture and exterior. Their hull design and weight optimisation support efficiency and range.
The PY60 pairs German engineering and production with contemporary Italian design. Its layout prioritises functionality, efficiency and comfortable onboard living.
An interior designed for extended cruising
The owner’s established cruising habits shaped the interior layout. The design supports long periods away from shore with considered living areas, energy generation and practical storage.
Spaces accommodate everyday routines, from dining and relaxing to moving around the yacht and storing equipment.
Together, the materials, layout and furnishings balance functionality with comfort. The design aims to make independent cruising practical and enjoyable.
The owner typically covers around 200 nautical miles each week, exploring Croatia, Greece and the Balearic Islands.
“The PY60 works so well for me because I can be fully out at sea, and I have all the energy I need,” he said.
In summer, the yacht can generate up to 100 kWh of solar energy per day. Its watermaker can produce 100 litres of fresh water per hour.
Pioneer One also includes ample storage and appliances for independent cruising. Premium materials feature throughout, including furniture from Italian brand RODA.
Solar power supports quiet cruising
The PY60’s Integrated Energy Architecture coordinates propulsion, solar generation and energy storage as one system.
Its solar roof has a peak installed capacity of 16.7 kWp. A 246 kWh battery bank stores energy for propulsion and onboard systems.
Pioneer Yachts identifies 5–7 knots as the yacht’s efficient cruising speed. The battery capacity also helps reduce reliance on shore power.
Frank says the PY60 can produce more energy than it uses in favourable conditions.
“In strong sun, the solar panels produce up to 17 kW,” he explained. “At 5–7 knots in relatively flat seas, propulsion and onboard systems need around 5–15 kW.”
“In those conditions, the PY60 operates in energy-plus mode and can also charge its batteries,” Frank added.
Italian design meets practical detailing
Milan-based Micheletti + Partners designed the main saloon interior, bringing a considered approach to materials.
Warm wood contrasts with dark blue pinstriped walls, creating a distinctive, comfortable space.
Pioneer Yachts’ in-house team and the owner’s chosen architecture studio designed the remaining interior areas.
Throughout the yacht, the teams selected materials and finishes for both appearance and suitability at sea.
The interior connects seamlessly with the exterior spaces. The main saloon opens directly onto the foredeck and aft deck.
Expansive windows and 2.1-metre headroom in the saloon and lower deck create a bright, open atmosphere.
Distinct zones give guests options for dining, relaxing and sunbathing. The aft deck has dining and seating, while the saloon offers comfortable gathering space.
On the foredeck, sun loungers provide space to unwind. Modular flybridge furniture converts from a sofa into a sunbed.
Efficiency informs the equipment choices
The design team also considered environmental impact and worked to minimise weight throughout the yacht.
Pioneer Yachts selected a Dometic air-conditioning system for its low power consumption. It uses 1.7 kWh at full load.
More PY60 models are in development
Pioneer Yachts is building a second PY60, with completion planned for summer 2027. The company is also developing a charter version.
Future PY60 models are planned to carry 288 kWh of battery storage, up from Pioneer One’s 246 kWh.
That increase could provide greater energy autonomy and further reduce the need for shore power.
Clients will be able to customise materials, finishes and layouts to suit their needs.