The domestic cultural tourism market continues to recover, with ongoing orders and upgraded scenic spots, cultural tourism blocks, and new projects in ancient city resorts. The procurement scale for scenic area spiritual cities, global navigation systems, and landscape lighting signage has grown significantly year by year. At the same time, the implementation of the new national standard imposes stricter requirements on cultural and tourism signage signs, support structures, reflective films, and wind pressure resistance. Cultural and tourism signage is no longer just simple guiding tools; it has become an important carrier for scenic area landscape and cultural expression, bringing a window for quality improvement for the industry.

In the past, many scenic spot signage focused on appearance rather than performance, investing most of their budget in styling and neglecting adaptation to outdoor environments. Many scenic spots are located in mountainous areas, lakesides, or wind outlets, experiencing strong winds, high humidity, and large day-night temperature differences all year round. Some signs show rusting of steel structures, panel deformation, and fading and peeling of reflective films within two to three years of operation; Some guides lack accessibility design, lack Braille and large fonts, and cannot meet the travel needs of special visitors. The new standard provides detailed regulations for cultural tourism scenarios, specifies wind pressure resistance grades for outdoor signage, and requires structural verification of projects in wind exit areas; Road signs require the use of prism-type high-strength reflective film to ensure vehicle identification at night; Accessible navigation, Braille prompts, and multilingual information have become standard features in A-level scenic areas.

Currently, the logic of cultural tourism signage design has undergone a fundamental transformation, shifting from a purely function-oriented approach to a trinity of "function + landscape + cultural narrative." The signage system requires in-depth exploration of local history, culture, and regional symbols, integrating cultural elements into shapes, colors, and patterns, and blending with the overall appearance of the scenic area. Some ancient city cultural tourism projects use antique-style architectural signage as their sign, with materials balancing the visual effect of antique style with modern weather resistance. Solid wood should not be used solely to prevent rapid decay in humid environments; Mountain scenic areas widely adopt modular prefabrication production processes. The factory completes most of the processing, assembling only on site, reducing construction difficulty, shortening construction cycles, and minimizing environmental damage.

As a flagship product of cultural tourism projects, the order growth for "Soul Fortress" has been particularly remarkable. Large Lingbao is a massive structure with high risk for outdoor structures, making wind load calculation and foundation treatment the top priorities. In recent years, multiple safety accidents have occurred due to the collapse of the Lingxing fortress in the industry, reminding construction units not to focus solely on grand and luxurious designs, but to prioritize structural safety. Many cultural tourism projects turn spiritual fortresses into places to stay, combined with nighttime lighting designs. During the day, it's a landscape sculpture; at night, lighting effects enhance the nighttime travel experience.

The industry also faces many practical challenges. Most cultural tourism projects are concentrated in remote suburbs and mountainous areas, where transportation and on-site construction are difficult and construction costs are high; Some clients face budget allocation imbalances, investing heavily in modeling and structural and material budget compression, forcing contractors to reduce their budgets; Cultural tourism project cycles fluctuate dramatically, construction cannot be carried out during holidays, and project progress management is becoming increasingly difficult. At the same time, cultural tourism signage demands a high level of design capability, and the market is flooded with homogeneous solutions. Many projects directly copy online templates and lack a local cultural core.

The direction of cultural tourism signage engineering has moved beyond the era of simple signage processing and is shifting toward a complete EPC general contracting model, providing full-process services from early planning, cultural exploration, solution design, manufacturing, on-site installation, to post-maintenance service. In the future, engineering service providers that can deeply understand cultural tourism scenarios, balance cultural aesthetics, structural safety, and outdoor weather resistance will gain more opportunities in the cultural tourism market.