7 Lesser-Known Oceanfront Hotels in Myrtle Beach with Year-Round Indoor Water Features
7 Lesser-Known Oceanfront Hotels in Myrtle Beach with Year-Round Indoor Water Features - Landmark Resort Indoor Lagoon Pool and 170 Foot Waterslide Remains Open Through Winter 2025
The Landmark Resort's indoor lagoon pool and its noteworthy 170-foot waterslide will continue to be available through the winter of 2025, promising a fun aquatic experience even during the colder months. The resort's indoor water park also boasts a lengthy lazy river and a dedicated children's pool, making it appealing to families and those seeking various options for water-based entertainment. While the resort offers rooms with ocean views and amenities like wet bars and refrigerators, its standing among Myrtle Beach hotels is somewhat inconsistent. Reviews paint a mixed picture of guest satisfaction, highlighting that while the resort has its appeal, it's not universally loved. Those looking for Myrtle Beach accommodations with indoor water features might find it helpful to weigh the Landmark Resort against others before booking.
The Landmark Resort boasts a sizable indoor lagoon pool, heated to a comfortable 84°F, and a rather impressive 170-foot waterslide that's set to stay open through the winter of 2025. While the resort's decision to keep these features operational year-round is a good move, the design and functionality of the space are interesting for a different reason: engineering. The slide, for instance, cleverly uses hydraulics and gravity to propel riders down its length, demonstrating how simple physics can turn into a fun experience. This aspect, along with the lagoon's large glass walls, begs the question of energy consumption. How much light is actually harnessed, and what's the net effect on the pool's overall energy usage?
The pool's size alone–over 15,000 square feet–is a testament to a good understanding of capacity management, especially during peak tourist seasons. They also seem to prioritize safety, with the choice of non-slip tiles throughout. It's likely the resort uses a mix of energy sources—renewable and conventional—to heat and maintain the pool, which can be an interesting technical challenge. While most guests might focus on the fun, it's worth noting that maintaining the pool's water quality involves a sophisticated filtration system that keeps the water clean and fresh. I wonder if the chosen filtration methods are truly efficient and sustainable in the long run.
The addition of swim jets is a curious design choice, potentially offering a way for guests to combine leisure with a little bit of fitness in the water. Overall, the Landmark Resort's indoor lagoon represents a feat of engineering and resource management, with features like the structural design of the dome, likely a key factor in withstanding various weather and structural loads. Whether the design decisions, in terms of resource and energy usage, are truly optimized or simply "good enough", remains a question for deeper analysis.
7 Lesser-Known Oceanfront Hotels in Myrtle Beach with Year-Round Indoor Water Features - Caribbean Resort North Tower Water Complex Adds New Heated Rapids Pool in December 2024
The Caribbean Resort in Myrtle Beach is expanding its water park offerings with a new heated rapids pool slated to open in December 2024. This addition joins the North Tower Water Complex, which already includes a range of water attractions like a lazy river and an indoor waterpark with a waterslide. The resort prides itself on its extensive water features, with over 14 pools catering to different preferences and ages, including a dedicated splash zone for children. While the resort has a wide range of activities, it's interesting to consider how this new addition might affect visitor numbers, particularly during the shoulder seasons. It will be interesting to see if the expanded facilities attract more guests seeking out year-round water entertainment. This development positions the Caribbean Resort alongside other Myrtle Beach hotels that provide similar indoor water amenities, catering to visitors who want to enjoy the water regardless of the weather. It remains to be seen how this new feature will be received by guests and if it can help the resort to attract a greater diversity of visitors in the future.
The Caribbean Resort's North Tower water complex is slated to get a new heated rapids pool by December 2024. This is a notable development, adding another dimension to the resort's already diverse aquatic offerings. They've got a lazy river, an indoor water park with slides, and a kids' splash zone, along with over 14 pools in total. It's interesting to consider how they'll manage the water flow in this new rapids pool, likely a blend of pumps and strategically placed jets to maintain a constant, swift current—a shift from the traditional, calmer pool experience.
Maintaining a comfortable water temperature is important for guest experience, especially with a heated pool. The engineers will likely aim for a range between 80°F and 84°F, which seems like a sweet spot for both relaxation and physical activity. I wonder if they'll incorporate varying depths within the rapids pool, possibly for different activities or even just for aesthetic reasons, adding a touch of visual variety.
Thinking about hygiene, especially with the anticipated crowds, the engineers will need to design a robust water circulation system with multiple inlets and outlets. This ensures adequate water movement and thorough filtration, which is crucial for keeping things sanitary. The construction materials themselves will also likely play a role in keeping the pool warm and energy efficient, through their ability to retain heat, potentially leading to lower operating costs over time.
It's likely that the entire water complex operates under a central control system, constantly monitoring and managing factors like water temperature, flow rate, and chemical levels. The newer automation features may lead to improved pool management and possibly a more seamless guest experience. I'm curious about how they might integrate lighting into the design. LED lighting with the ability to change colors based on the pool chemistry could add a cool visual element while also providing adequate visibility for safety.
And the sounds of splashing can be a big part of the experience, both good and bad. Hopefully the designers are considering sound-dampening materials to keep the overall noise level down, offering a more relaxing atmosphere amidst the splashing fun. Maintaining water quality and clarity will be vital in this fast-moving environment. They'll probably rely on a sophisticated filtration system that incorporates UV light treatment and perhaps ozone generation. This approach could help minimize the need for chemicals while keeping the water clean.
Finally, I'm intrigued by whether the design of the rapids pool will incorporate natural water flow principles to some extent. If they can lean on gravity and natural water movements for part of the circulation, rather than just relying on mechanical pumps, it could help lower the resort's energy footprint, perhaps even without making a big fuss about it. It would be an interesting technical choice. All in all, it will be fascinating to see how the resort tackles the engineering challenges of this new rapids pool and the overall impact on the resort experience.
7 Lesser-Known Oceanfront Hotels in Myrtle Beach with Year-Round Indoor Water Features - Ocean Reef Resort Shipwreck Water Park Expands with Four Season Temperature Control
Ocean Reef Resort's Shipwreck Water Park has recently undergone an expansion that includes a significant upgrade: four-season temperature control. This means that the water park can now be enjoyed year-round, making it a suitable destination for families even during Myrtle Beach's cooler months. The resort, located at 7100 North Ocean Boulevard, offers a range of other water features in addition to the Shipwreck Water Park, including an indoor pool and a hot tub. With a mix of spacious rooms with amenities like kitchenettes and balconies, along with its direct beachfront access, the resort tries to create a family-oriented vacation experience. While these improvements are notable, guests should still consider if the resort provides the overall level of service and value they desire. The resort, like many others in Myrtle Beach, must contend with varying guest reviews, indicating that the experience can be inconsistent. It's wise to factor in these mixed reviews alongside the advertised amenities when planning a trip.
Ocean Reef Resort's Shipwreck Water Park, with its newly implemented four-season temperature control, presents some intriguing engineering considerations. The ability to maintain a comfortable swimming environment year-round, in Myrtle Beach's variable climate, is a noteworthy achievement.
It's likely they're using some form of heat pumps or possibly even geothermal energy to keep the water at a suitable temperature. This approach is interesting as it potentially lowers the operational costs, but I wonder about the upfront investment and long-term energy efficiency compared to more traditional heating systems. Finding the ideal temperature range for comfort is a balancing act. While most people would probably be content with water around 80°F, the exact temperature will likely be a compromise between guest preference and energy expenditure.
The integration of safety systems is vital. They'll likely have multiple sensors and monitoring equipment to ensure the water temperature remains within safe limits at all times. A malfunction in a heating system, for instance, could lead to dangerously hot or cold water, highlighting the need for reliable redundancies. The design of water features like the slides and lazy rivers will also be important. Clever use of hydraulics can likely enhance the guest experience while minimizing water consumption through optimal flow control. It's fascinating to think about how they manage water pressure and flow to achieve the desired effect in each element of the park.
Maintaining air quality in a largely enclosed space like a water park is important for guest comfort. They likely have sophisticated ventilation systems to regulate humidity and temperature, helping to prevent the growth of mold and mildew. The interplay of humidity, temperature, and water quality is likely a complex system that requires careful engineering.
Adaptability is also a key factor. The ability to reconfigure water features, perhaps through movable partitions, can provide a more flexible experience and potentially allow them to cater to varied crowd sizes and preferences. This is a relatively common practice in water parks but optimizing this function might reduce the use of resources.
Water quality is a paramount concern. It's likely the park uses a sophisticated filtration system with UV lights and possibly even ozone generation to keep the water clean and clear with minimal reliance on chemicals. This approach has benefits from both an environmental and a health standpoint. But the effectiveness and long-term sustainability of this system need careful consideration.
The integration of energy recovery systems, such as ventilators that capture heat, is a clever design choice, particularly beneficial during colder months. However, the performance of these systems in the Myrtle Beach environment, with its high humidity and diverse temperatures, will be interesting to examine.
The resort's operational data can be mined to make improvements in the future. This data-driven approach can guide adjustments to water features, maintenance schedules, and energy usage, helping to further optimize the guest experience and minimize operational costs.
The design of the infrastructure is crucial, and I wonder if the engineers have already built in some flexibility to allow for future expansion or modifications. This approach ensures that the park can adapt to evolving guest expectations and technological advancements in the water park industry. In the long run, it will be interesting to see how Ocean Reef's engineering team handles both the short-term and long-term operational challenges of running a water park with year-round, controlled temperatures. It's a significant undertaking from a technical and managerial perspective.
7 Lesser-Known Oceanfront Hotels in Myrtle Beach with Year-Round Indoor Water Features - Anderson Ocean Club Indoor Aqua Center Features Three Story Water Fort Starting Fall 2024
The Anderson Ocean Club in Myrtle Beach is introducing a brand new Indoor Aqua Center, featuring a three-story water fort, set to debut in the fall of 2024. This new addition aims to enhance the hotel's appeal to families seeking year-round water-based fun. The resort already has a variety of water features, including indoor and outdoor pools, a lazy river, and even a hot tub. Guests also benefit from included access to the Wild Water & Wheels Water Park. The hotel's recent renovations have focused on increasing the luxury and comfort for its guests, including features like updated rooms with kitchens and balconies.
Despite these positive updates, the resort's overall appeal still varies from guest to guest. This inconsistency can make it a gamble for travelers considering it as a destination. The three-story water fort is certainly a step in the right direction, but whether it's enough to establish Anderson Ocean Club as a truly standout option amongst the many Myrtle Beach resorts that also cater to families remains to be seen.
The Anderson Ocean Club's Indoor Aqua Center is set to gain a unique feature starting in the fall of 2024: a three-story water fort. This design choice introduces intriguing questions about how they'll manage the water dynamics across multiple levels. It'll be interesting to see how they engineer a system that effectively circulates and filters water to maintain cleanliness and hygiene throughout the structure, especially given the varied depths and play areas likely to be included.
One of the more fascinating elements is the potential for gravity-fed water slides. If designed well, this could mean slides that are thrilling yet also contribute to a more energy-efficient water park design compared to the ones relying on constant pumping. Of course, this raises questions about how they’ll manage water flow rates across the structure, especially during peak use periods. Maintaining structural integrity with varying water loads, especially at those heights, is a key design challenge.
It will be intriguing to see how they incorporate natural light into the design. Perhaps they'll use a large skylight or strategic window placements to reduce energy consumption in the Aqua Center's lighting systems. This approach could offer a brighter and more appealing atmosphere for guests, but the structural requirements of a large glass surface in a water environment could be quite complex.
Given the height of the structure, safety is paramount. How they manage the risk of slips and falls will be interesting to observe. They’ll likely implement stringent design features and surface materials to minimize accidents and make it a safer environment for kids.
Water monitoring technologies likely play a big part in their operations. I imagine they'll use real-time monitoring systems to fine-tune the water temperature and chemistry. This might contribute to a better guest experience, with less need for harsh chemical treatments. The integration of various depths across the levels of the fort to accommodate different ages adds another layer of complexity to the design process, with safety considerations varying by the intended age of the users.
It's also likely that the noise created by splashing water and kids at play will be a factor in the design. The engineers will probably need to incorporate sound dampening elements to create a more relaxing environment for those not directly engaging in the water play.
Ultimately, the three-story water fort's structural design will be a testament to clever engineering. They'll need to ensure the entire structure is built to withstand water pressure at those heights, as well as factors like wind and potential seismic activity. It's an interesting test of engineering skills applied in a fun, recreational setting.
7 Lesser-Known Oceanfront Hotels in Myrtle Beach with Year-Round Indoor Water Features - Sandy Beach Resort Opens Year Round Rain Forest Water Garden with 90 Degree Pool
Sandy Beach Resort in Myrtle Beach has unveiled a new year-round attraction: the Rain Forest Water Garden. This indoor space includes a 90-degree pool, making it a tempting choice for those seeking a warm swim regardless of the season. The resort, which is well-situated near the beach, appears to be a popular option for visitors based on feedback. Offering family-friendly amenities and a range of room types, Sandy Beach is working to establish itself as a noteworthy oceanfront hotel with indoor water features. While it's certainly a contender in Myrtle Beach's competitive hotel landscape, it's wise for potential visitors to carefully compare its offerings and guest reviews with those of other hotels providing similar indoor water amenities before making a reservation.
Located at 201 South Ocean Boulevard, the Sandy Beach Resort offers convenient beach access and boasts a year-round Rain Forest Water Garden, including a 90-degree pool. With an average guest rating of 8.3, it seems to provide a generally positive experience for visitors. The resort's location and indoor water amenities, particularly appealing during Myrtle Beach's cooler months, position it within a niche market of hotels suitable for both winter and summer vacations. Prices for a night's stay typically start around $54.27, but this doesn't factor in fees and taxes.
It's interesting how they've managed to maintain a constant 90-degree temperature in the pool. I suspect they've incorporated a sophisticated heat exchange system, which is an interesting approach in terms of resource management. The system likely captures and reuses excess heat produced from the various features in the water garden, allowing for energy savings and perhaps even a reduction in environmental impact. It's worth considering how efficient this system truly is in the long run and if it can handle variations in weather patterns.
The pool's size is a notable feature, potentially allowing for better temperature control. The larger the pool, the more water there is to heat and maintain at a certain temperature, and the longer it can hold its temperature. There's a tradeoff here, though: a larger pool typically requires a greater initial investment in materials and construction, along with a potentially higher energy consumption.
Their approach to water disinfection is also something to consider. While a specific method is not mentioned, it's likely they've chosen a filtration and sanitization system that minimizes the use of harsh chemicals, helping to keep the water clean and inviting for guests. Given the nature of a resort like this, it would make sense for them to favor sustainable options for cleaning.
There's a blend of practical and aesthetic elements in the design. It's unusual to see a resort include aquatic plants as part of their indoor water garden. They're likely serving a dual purpose, both adding a visual element and acting as a natural filter to help maintain water quality, reducing the need for heavy chemical treatments. It's an interesting intersection of engineering and nature.
The integration of various drainage systems is likely a response to Myrtle Beach's climate, which is subject to both heavy rains and periods of drought. This feature might include both gravity-based methods and more mechanically driven systems. If designed properly, it should help ensure that the space remains clean and dry even during heavy precipitation.
The choice of materials used for the flooring, providing both traction and comfort, highlights their commitment to safety. Wet surfaces can be hazardous, and the right flooring can reduce the likelihood of slip-and-fall accidents. They've likely used a range of sensors to monitor water conditions in real-time, helping them maintain optimal water quality for guest safety and enjoyment.
A notable aspect is the consideration of future adaptability. This suggests a forward-thinking design that anticipates potential changes in guest preferences and water park trends. With the ability to adjust features in the future, the resort can adapt and stay current, avoiding the need for costly and disruptive renovations.
The resort's rank as 32nd out of 181 hotels in Myrtle Beach suggests a solid degree of popularity with visitors, likely due to its attractive amenities and location. Overall, the Sandy Beach Resort's Rain Forest Water Garden exemplifies a thoughtful combination of recreational features and engineering design. It's worth paying attention to how they manage operational costs and ensure longevity within their design decisions.
7 Lesser-Known Oceanfront Hotels in Myrtle Beach with Year-Round Indoor Water Features - Crown Reef Beach Resort Waterpark Complex Now Heated for All Weather Swimming
Crown Reef Beach Resort has recently made a change to its waterpark, making it a more attractive choice for swimmers during any season. Their waterpark now has heated features, which means visitors can enjoy slides, pools, and other water attractions even during cooler weather. This upgrade includes two impressive four-story slides and Salty's Splash House, featuring a smaller slide for kids. Adding to the attraction, the resort boasts Myrtle Beach's longest oceanfront lazy river, among a total of 15 different water elements. The resort is trying to position itself as a family-friendly destination no matter the time of year, thanks to these heated options. However, while the idea of heated water is appealing, the resort has received mixed reviews, suggesting that some visitors haven't been completely satisfied with their experience. When exploring Myrtle Beach's lesser-known hotels that offer unique water features, Crown Reef certainly presents an interesting option. Just be prepared for the potential of a less-than-perfect stay, given the mixed feedback from previous guests.
Crown Reef Beach Resort's waterpark complex now includes heated features, making it possible to swim regardless of the weather. This development adds another layer to the resort's already diverse collection of water features, which includes indoor and outdoor pools, kiddie pools, hot tubs, and what's claimed to be Myrtle Beach's longest oceanfront lazy river. The resort touts a total of 15 water-related features for guests to use, potentially boosting appeal, particularly during the shoulder seasons when outdoor swimming might not be as enticing.
It's interesting to ponder the engineering details that go into making this type of year-round experience possible. Maintaining water temperatures in an outdoor setting, particularly in Myrtle Beach's varied climate, likely involves a sophisticated system of heating and perhaps even some heat recovery elements to maximize efficiency. It's also likely a matter of managing energy consumption: how much energy is actually needed to keep the pool at a comfortable temperature and how effectively that energy is managed, especially during periods of high usage.
The addition of heating raises the question of the effect it might have on water quality. Heating water can affect chemical balances, potentially requiring more frequent adjustments and potentially increased chemical use to maintain sanitary conditions. There's likely a sophisticated filtration and circulation system behind the scenes to ensure that the water stays clear and safe. The effectiveness of this system under the stress of heating and varying weather will likely be a key factor in the long-term maintenance and operational costs of the complex.
One could imagine that various types of pumps, strategically placed jets, and possibly some clever use of natural water movement principles are all incorporated in the design. Balancing water pressure and flow to create fun features like slides and the lazy river is a technical challenge, especially with potentially fluctuating user loads throughout the day and the year. I wonder about the trade-offs in maintaining the overall system, and whether their design choices for the lazy river are truly efficient or just functional.
Of course, safety remains a critical factor in this kind of environment. The resort likely had to adhere to stringent engineering codes and safety standards when designing and installing the heating system and related features. And maintaining the structural integrity of the water features, especially during periods of heavy usage, would be a priority. The engineering challenge here is to ensure that the structure can withstand all the dynamic forces—from people splashing to water currents—while still providing an enjoyable experience.
The resort's decision to offer this year-round experience is potentially a smart business move, especially in a place like Myrtle Beach that's known for its seasonal tourist boom. It'll be interesting to see how the waterpark features evolve over time as the resort gains more experience with this new capability. This might involve refining the heating process, optimizing the water flow in the lazy river, or adjusting features based on guest feedback. While reviews for the hotel are somewhat mixed, the resort’s decision to invest in these weather-independent amenities might give it a slight edge in the Myrtle Beach market in the long run.
7 Lesser-Known Oceanfront Hotels in Myrtle Beach with Year-Round Indoor Water Features - Beach Colony Resort Debuts Glass Enclosed Water Adventure Zone with Ocean Views
Beach Colony Resort in Myrtle Beach has debuted a new glass-enclosed water adventure zone that provides ocean views. This indoor attraction is meant to offer a fun water experience regardless of the weather, adding to the resort's existing outdoor pools and private beach area. The resort, located on North Ocean Boulevard, is trying to appeal to families and those who enjoy water-based recreation, hoping this new feature will attract more visitors during the off-season. However, like many Myrtle Beach resorts, the Beach Colony has a mixed reception from its guests. Some praise the modern amenities and beautiful ocean views, while others have expressed concerns about the overall cleanliness and service. Those considering staying at the Beach Colony might want to look at other Myrtle Beach resorts with indoor water features before booking, considering the inconsistent reviews and comparing this resort with others that offer similar experiences.
Beach Colony Resort's recently unveiled glass-enclosed water adventure zone, situated along Myrtle Beach's coastline, presents a few interesting aspects for anyone curious about the engineering behind such facilities.
Firstly, the design itself is noteworthy. The incorporation of extensive glass panels allows for ample natural light, likely reducing the need for artificial lighting during daylight hours. How well this is implemented and the net effect on energy use is a factor to consider. One can assume that the structural engineers had to consider the potential loads on the glass and how it interacts with the various water features.
The water slides, a key element of any water park, are likely designed with a focus on fluid dynamics. This means they've probably optimized the water flow to create smooth and enjoyable rides. This approach, combined with clever water recycling strategies, could help decrease water consumption overall.
Creating a comfortable and safe environment within a climate-controlled structure involves managing both temperature and humidity. The air within the enclosure is probably kept at optimal levels for guest comfort and to avoid any issues like mold or mildew. Keeping this in check could prove to be a technical challenge in a hot and humid coastal climate.
Energy efficiency is probably a key concern for the resort's managers. There might be systems in place that capture excess heat produced by the pool's various systems. This recovered energy can then potentially be re-used to heat the water or air, helping to lower the overall energy footprint.
Maintaining water quality and safety are obviously crucial in any swimming environment. The resort probably uses sophisticated filtration systems, potentially employing methods like UV disinfection or ozone treatment to reduce the need for harsh chemicals. How this interacts with the heating and cooling systems would be something to study more deeply.
The engineers also needed to take into account the dynamic forces of a busy water park. The structure must be designed to withstand the constant pressure of the water as well as the loads from the various guests, especially during peak times. It's easy to overlook but building in sufficient redundancies to ensure water flows safely and never surpasses design pressures is important.
It's possible the water adventure zone employs smart sensors that monitor the water in real-time, allowing for precise adjustments in filtration and chemical levels. These sensors could help them minimize the use of chemicals while ensuring the water remains safe and clean. It's fascinating to wonder if the resort uses machine learning or other algorithms to determine the best way to clean the water, based on actual usage.
Another element to consider is noise reduction. There's likely an attempt to minimize the noise from splashing and excited guests to create a more relaxing atmosphere. Sound dampening materials could play an important role in achieving that.
Lastly, it's possible that the design integrates natural elements. Vertical gardens or living walls, for instance, might help enhance air quality while also adding an aesthetic dimension to the environment. Although this is more of an architectural concept, it can have real engineering implications, such as increased humidity and drainage considerations.
All these considerations, from water dynamics to climate control and resource management, contribute to the overall guest experience and sustainability of the indoor water zone. The engineers and operators likely try to balance these different priorities to ensure both guest satisfaction and the longevity of the facility.
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