Shrubs · Other Families
Hardy Red Oleander
Nerium oleander 'Hardy red'
In USDA zones 7b–8a around Raleigh, Durham, and Cary, Hardy Red Oleander is a shrub used in Triangle yards when mature size, sun, and drainage fit the bed. Piedmont clay rewards a wide planting hole, a slightly high crown, and steady first-season water. Fall planting is the usual window here; water through the first summer no matter the calendar.
Add to plant request
Choose a container size to add this plant to your request. We confirm pricing and live stock before invoicing.
Key facts for the Triangle
- Botanical name
- Nerium oleander 'Hardy red'
- Common name
- Hardy Red Oleander
- Plant type
- Shrubs
- Group
- Other Families
- Hardiness here
- USDA 7b–8a (Raleigh–Durham Triangle)
- Light
- Match the site; confirm hours of direct sun
- Water
- Deep, consistent water while establishing
- Soil
- Well-drained
- Leaf habit
- See overview
- Best planting window
- Fall (October–November) in the Piedmont; spring after frost as backup
Overview
Hardy Red Oleander is a shrubs selected for landscape use where its mature habit, ornamental traits, and site preferences fit the planting area.
At a glance
Foliage & season
Common questions
Is Hardy Red Oleander a good plant for Raleigh and the Triangle?
Yes—when the site matches its light and drainage needs. Hardy Red Oleander is used in Raleigh, Durham, and Cary landscapes in USDA zones 7b–8a. Confirm mature width, overhead wires, and how wet the Piedmont clay stays after storms before you plant.
When should I plant Hardy Red Oleander in North Carolina?
Fall (October–November) is the safest window for Hardy Red Oleander in the Piedmont: soil is still warm, air is cooler, and roots can grow before summer. Spring after the last frost works if you can water deeply through the first hot season.
Will Hardy Red Oleander grow in Piedmont clay?
It can, with careful planting: wide hole, crown slightly above grade, and no water sitting on the root flare. Heavy, poorly drained clay is the usual failure mode—not summer heat alone.