Bremen Drop Tower
Experience simulated weightlessness and breathtaking views at the Bremen Drop Tower, a unique research facility.
Highlights
Must-see attractions
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From TikTok & Reddit
Best Time
Fewer crowds, optimal for observation
Bremen Drop Tower
Best Time
Fewer crowds, optimal for observation
Highlights
Must-see attractions
Experience simulated weightlessness and breathtaking views at the Bremen Drop Tower, a unique research facility.
"Witness experiments in simulated weightlessness and enjoy great views from the top of this impressive tower."
Book in Advance
Visits are by appointment. Contact ZARM to schedule your experience at the Bremen Drop Tower. :ticket:
Check Accessibility
Inquire about wheelchair access to the top if needed. Not all areas may be accessible. :wheelchair:
Highlights
Discover the most iconic attractions and experiences
Zero Gravity Simulation
Witness experiments in simulated weightlessness, a core attraction of the Bremen Drop Tower.
Panoramic City Views
Enjoy breathtaking views of Bremen from the top of the 146-meter-high tower.
REXUS Integration Week
Experience the cutting-edge research environment during integration weeks.
Plans like a pro.
Thinks like you
Planning Your Visit
Experience Zero Gravity
Accessibility & Views
Best Times
Insider Tips
from TikTok, Instagram & Reddit
Book in Advance
Visits are by appointment. Contact ZARM to schedule your experience at the Bremen Drop Tower. :ticket:
Check Accessibility
Inquire about wheelchair access to the top if needed. Not all areas may be accessible. :wheelchair:
Understand the Science
Learn about the 4-second experiment time and 50g stopping force for a richer visit. :brain:
Coriolis Effect Insight
Objects don't fall in the exact same spot due to Coriolis effect; experiments are often shot at an inclination. :earth_americas:
Tips
from all over the internet
Book in Advance
Visits are by appointment. Contact ZARM to schedule your experience at the Bremen Drop Tower. :ticket:
Check Accessibility
Inquire about wheelchair access to the top if needed. Not all areas may be accessible. :wheelchair:
Understand the Science
Learn about the 4-second experiment time and 50g stopping force for a richer visit. :brain:
Coriolis Effect Insight
Objects don't fall in the exact same spot due to Coriolis effect; experiments are often shot at an inclination. :earth_americas:
What Travellers Say
Reviews Summary
Visitors praise the Bremen Drop Tower for its unique zero-gravity simulations and the professional, helpful staff. The panoramic views from the top are also a significant highlight. However, some find the cost for non-research purposes, like events, to be high, and accessibility for wheelchair users to the top has been noted as an issue.
"Professional and experienced staff and a well organized workshop environment."
Joshua Buchholz
"Been here for REXUS integration week. Very friendly and helpful people. View from the top of the drop tower is great."
Mark W
"Nice place. Must visit..
8 meter deceleration distance
146 m high - largest building in Bremen
4 s exp time
1.5 hours to make Vacuum
4 hours cycle time to set and do exp each time.
50g stopping, using styroforms small pieces. 178 km/hr for 600 kg.forl?
The shooted object straight upward doesnot fall at the same place, 3 cm away from starting point. Coriolis effect. So shoot at an inclination.
There are steel vessel inside concrete column. At stormy weather top of concrete can move 30 cm. However the big steel tube inside will be devoid of all vibrations."
Nomad Of Earth
What People Like
What People Dislike
Frequently Asked Questions
🚇 🗺️ Getting There
The Bremen Drop Tower is located at ZARM (Zentrum für angewandte Raumfahrttechnologie und Mikrogravitation). Public transport options are available within Bremen. Check local transit schedules for the most convenient routes to the ZARM facility.
Information on parking availability should be confirmed directly with ZARM when booking your visit. It's advisable to check for nearby public parking garages if driving.
Visits to the Bremen Drop Tower are typically part of organized tours or specific research events. Spontaneous visits are generally not possible; advance booking is required.
🎫 🎫 Tickets & Entry
Ticket prices can vary, especially for special events or private bookings. One review mentioned 500 euros for a wedding, indicating specialized pricing. Contact ZARM directly for current admission fees and booking options.
Yes, advance booking is essential for visiting the Bremen Drop Tower. It's a research facility, and visits are usually scheduled as part of organized tours or events.
Opening hours are not standard as it's a research facility. Visits are by appointment only. Coordinate your visit directly with ZARM to confirm available times.
Group tours are often available and can be a great way to experience the facility. Inquire with ZARM about scheduling group visits and any associated costs.
🎫 🧭 Onsite Experience
You can witness experiments simulating zero gravity, observe the 146-meter-high concrete column and steel vessel, and enjoy panoramic views of Bremen from the top. The cycle time for experiments is about 4 hours.
The duration of a visit can vary depending on the type of tour or event. Be prepared for a focused experience, potentially around 1.5 hours for vacuum setup and observation.
The tower simulates weightlessness for about 4 seconds by dropping a capsule. This allows for unique microgravity experiments.
The views from the top are excellent for photography. However, internal photography rules may apply during experiments or tours, so check with your guide.
The 8-meter deceleration distance uses styrofoam pieces to stop objects up to 600 kg traveling at 178 km/hr.
🍽️ 🍽️ Food & Dining
The Bremen Drop Tower is a research facility, and typically does not have on-site dining options for visitors. It's recommended to dine before or after your visit in Bremen.
It's best to check with ZARM when booking your visit. Generally, research facilities may have restrictions on food and drinks in experimental areas.
📸 📸 Photography
Photography policies can vary. While the views from the top are great for photos, check with your tour guide or ZARM staff about restrictions during experiments or in specific areas.
The observation deck at the top offers panoramic city views. The sheer scale of the tower itself is also impressive for exterior shots.
For Different Travelers
Tailored advice for your travel style
👨👩👧 Families with Kids
The sheer height of the tower and the explanation of how objects are safely stopped can also be fascinating. It's advisable to check for family-friendly tour options or specific demonstration times. Given it's a research facility, ensure the content and duration are suitable for younger attention spans. Booking in advance is crucial, and inquiring about any age restrictions or specific accessibility needs for children is recommended.
🧑🔬 Science Enthusiasts & Students
The detailed explanations of the stopping mechanisms, vacuum creation, and the Coriolis effect provide deep scientific insights. Consider attending during special open days or integration weeks if possible, as these often offer more in-depth access and interaction. The opportunity to learn from experienced professionals and witness real research in action makes this an invaluable experience for students and enthusiasts alike.
Deep Dives
In-depth insights and expert knowledge
The Science Behind the Drop
The process involves creating a vacuum within the steel tube, which takes about 1.5 hours. The entire cycle time for setting up and conducting an experiment is around 4 hours, highlighting the meticulous nature of this research. Visitors can gain a unique insight into how scientists study phenomena that are difficult or impossible to observe under normal gravity conditions.
An interesting phenomenon observed is the Coriolis effect, where a dropped object doesn't fall in the exact same spot it was released from. This is why experiments are often shot at an inclination. The stability of the inner steel tube, even during stormy weather when the outer concrete can move significantly, ensures the integrity of the microgravity environment.
Experiencing Zero Gravity
This controlled environment allows researchers to study fluid dynamics, combustion, and material science in conditions mimicking those in space. Visitors often describe the experience as fascinating, offering a glimpse into the challenges and possibilities of space exploration. The professional and experienced staff at ZARM ensure that these complex experiments are conducted smoothly and safely.
It's important to note that this is a specialized research facility, not a typical tourist attraction. Visits are usually pre-arranged and focus on the scientific aspects. The dedication to research and the unique nature of the experiments make it a memorable visit for those interested in science and space technology.
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