Diascia Flying Colours Rose
Diascia Flying Colours Rose is a vibrant, long-flowering perennial that produces striking Rose blooms from late spring to autumn. Its trailing habit and compact growth make it ideal for hanging baskets, patio containers, rockeries, and garden borders, adding a bright pop of colour to any outdoor space. This British-grown variety is easy to care for, thriving in full sun and well-drained soil.
Supplied in 9cm recyclable pots, this listing includes 3 strong and healthy plants, grown to the highest quality. Diascia is pollinator-friendly, attracting bees and beneficial insects to your garden while providing months of floral interest. It is a low-maintenance plant, perfect for both beginner and experienced gardeners.
SPECIFICATIONS
Plant Name |
Diascia Flying Colours Rose |
Pot Size |
9 cm |
Quantity |
3 plants |
Eventual Height |
Approx. 20-30 cm |
Eventual Spread |
Approx. 30-40 cm |
Growth Habit |
Compact, trailing |
KEY FEATURES
- Bright Rose flowers that bloom continuously for months
- Ideal for hanging baskets, containers, rockeries, and borders
- Attracts bees and pollinators, supporting biodiversity
- Low maintenance and easy to grow
- Supplied in recyclable pots, reducing plastic waste
- British-grown, ensuring high quality and strong plants
COMES IN
- 3 x 9cm recyclable pots, ready to plant upon arrival
GROWING TIPS
Plant Diascia in a sunny, sheltered location with well-drained soil for best results. Water regularly during the growing season, but avoid overwatering. Deadheading spent flowers will encourage more blooms and extend the flowering period. In colder climates, it may need protection during winter or be grown as an annual.
At Plants by Post, we specialise in high-quality, British-grown plants delivered fresh to your door. Our carefully curated selection includes eco-friendly and easy-to-grow varieties, ensuring that every garden can thrive. Whether you are looking for seasonal flowers, perennials, or pollinator-friendly plants, we have the perfect options for your outdoor space.