Drying environments have shaped the craft of biltong and droëwors for generations. Long before controlled chambers or digital gauges existed, makers relied on the land itself. In the Klein Karoo, dry air and steady winds created a natural partnership with meat preservation. Today, modern tools allow makers anywhere in the world to recreate those conditions with precision. Whether you dry meat in a traditional room or a modern cabinet, the same principles apply: steady airflow, moderate temperature, and low humidity.

This page introduces the core ideas. The full environmental guidelines, scientific explanations, and troubleshooting systems are explored in detail in the book.

Traditional drying relies entirely on natural conditions — the movement of air, the dryness of the climate, and the gentle rhythm of day and night. In regions like the Klein Karoo, these conditions were ideal. Warm days, cool nights, and naturally dry air created a slow, even drying process that produced biltong with depth, character, and unmistakable heritage.

Drying often took place in storerooms, shaded verandas, or simple outbuildings where air could move freely. Makers positioned windows and doors to create cross‑ventilation, hung meat with generous spacing, and paid close attention to the weather. They avoided humid days, adjusted slice thickness to match the season, and learned which rooms stayed cool or caught the right breeze.

Traditional drying works beautifully when the climate cooperates — but it demands observation, clean conditions, and respect for the environment.

Modern drying environments were developed for one reason: not everyone lives in a naturally dry region. In humid or unpredictable climates, traditional drying becomes inconsistent. Modern drying cabinets, fans, and dehumidifiers allow makers to recreate the conditions that once occurred naturally in the Klein Karoo.

A modern cabinet controls airflow, temperature, and humidity. Fans keep air moving, heating elements maintain warmth, and dehumidifiers remove excess moisture. These tools allow for year‑round drying, even in climates where natural drying would be impossible.

Modern systems offer consistency and reliability — especially for droëwors, which is more sensitive to humidity and fat spoilage. But they also require discipline: airflow must be gentle, temperatures must remain moderate, and the unit must be kept clean.

Traditional and modern environments are not opposites. They are two expressions of the same principles.

Traditional drying

• honours heritage

• relies on natural rhythms

• produces deep, slow‑developed flavour

Modern drying

• offers consistency

• works in any climate

• allows year‑round production

The key difference is control. Traditional drying gives control to the environment. Modern drying gives control to the maker. Both can produce exceptional biltong and droëwors when handled with understanding.

Your ideal drying method depends on your climate, your space, and your goals.

• If you live in a region with dry air and steady airflow, traditional drying may feel natural and rewarding.

• If your climate is humid, unpredictable, or stagnant, a modern cabinet will give you the stability you need.

What matters most is understanding the principles behind the environment. Whether the air comes from a Karoo breeze or a quiet fan, it must move gently. Whether humidity is controlled by the land or a dehumidifier, it must remain low. Whether temperature shifts naturally or stays steady, it must remain moderate.

When these conditions are met, the craft thrives.

Drying environments have evolved, but the craft has not changed. Traditional drying honours the land. Modern drying honours the principles. Both belong in the world of biltong and droëwors. Both produce excellent results when handled with respect. And both remind us that this craft is defined not by equipment, but by understanding — understanding the meat, the environment, and the quiet transformation that happens when the two work together.

This page offers only a glimpse.

The full environmental science, drying ranges, and troubleshooting systems are explained in depth in the book.