Rapeseed honey
Sweet and very mild, faintly cabbage-like when fresh and cleanly bland once set. Texture is what it has instead of flavour.
HoneyHQ reference sheet — honeyhq.app/honey/rapeseed-honey, record reviewed 2026-10-30. Values describe the honey type, not any one jar; sources are listed at the end.
The fastest-setting honey in common production, and the one most often hidden inside something else. Rapeseed honey granulates so quickly that it can go solid in the comb before a beekeeper extracts it — a genuine operational problem, not a quirk. Almost all of it is sold creamed or blended, which is why a honey produced in enormous quantity across northern Europe is rarely seen under its own name.
Flavour and aroma
- Intensity
- Mild, step 2 of 5, from delicate to intense
- Sweetness
- Sweet, step 3 of 5, from restrained to intense
- Bitterness
- None, step 1 of 4, from none to pronounced
- Acidity
- Low, step 1 of 3, from low to bright
- Finish
- Short, step 1 of 3, from short to longFrom the tasting panel's persistence rating.
Each scale is a set of named steps, not a measurement: the boxes show order, and equal spacing does not mean equal differences.
- Floral and fruity: floral, fruity, citrus
- Green and herbal: herbaceous, vegetal (present)
- Warm and cooked: caramel, buttery (present), malty, nutty, molasses and treacle
- Woody and resinous: resinous, woody, smoky
- Spicy and sharp: spicy, phenolic and medicinal
- Earthy and mineral: mineral and saline, waxy, animal and barnyard
- Aroma
- fresh brassica, warm milk, faint mustard when very fresh
- Flavour
- clean sweetness, buttery, a slight vegetal note that fades with age
- Finish
- Short.
- Flavour character
- Green and herbal — vegetal
- Warm and cooked — buttery
Checked against a trained tasting panel
A trained panel's published description of this honey type exists, and the scales on this page are compared with it below. Panels describe populations of honey from a stated region and period; a single jar can differ.
Reference: Brassica (rape) honey, 715 samples — Main European unifloral honeys: descriptive sheets; Sensory analysis applied to honey: state of the art.
How this page compares with the panel (5 of 5 agree)
| Scale | This page | Panel | Agrees |
|---|---|---|---|
| Sweetness | Sweet | medium | Yes |
| Acidity | Low | weak | Yes |
| Bitterness | None | absent | Yes |
| Crystallisation | Very fast | quick | Yes |
| Finish | Short | short; aftertaste sometimes present (blackcurrant) | Yes |
“Differs” is kept visible rather than hidden: the panel described honey from one region and period, and a record covering a wider production can honestly sit outside it.
Sourced odour and aroma descriptors
Only what a trained panel or an official honey specification has said, grouped by the International Honey Commission’s odour-and-aroma families. Each entry says which.
Floral – fresh fruit — Flowers and fresh fruit — split by panels into floral and fruity
- Fresh fruit· panel: Trained tasting panel
- Blackcurrant· panel: Trained tasting panel
Warm — Caramel, toffee, malt, cooked sugar — the notes of browning
- Warm· panel: Trained tasting panel
Vegetal — Green, grassy, hay and cut-stem notes
- Vegetal· panel: Trained tasting panel
Spoiled — A trained-panel family for sulphurous, cabbage-like or ammoniacal notes — here a characteristic of the honey type, not a fault
- Spoiled· panel: Trained tasting panel
The sources’ own words (1 quoted)
- Blackcurrant (aftertaste): “short; aftertaste sometimes present (blackcurrant)”
- Taste: “mild, bland and slightly bitter” — HoneyHQ’s translation from Polish
Sources
- Main European unifloral honeys: descriptive sheets — Apidologie, 2004 (10.1051/apido:2004049).
- Sensory analysis applied to honey: state of the art — Apidologie, 2004 (10.1051/apido:2004048).
A specification describes honey sold under one protected name from one region; a panel describes the samples it tasted. Neither promises what a particular jar will taste of.
Colour, texture and crystallisation
- Colour
- Water white0–8 mm — this honey
- Extra white8–17 mm — this honey
- White17–34 mm — this honey
- Extra light amber34–50 mm
- Light amber50–85 mm
- Amber85–114 mm
- Dark amber114+ mm
Pfund grades, palest to darkest. Outlined: where this honey usually falls. Swatches are illustrations; real colour depends on depth, container and light. Very pale liquid; brilliant white once set, which is most of the time.
On setting: Sets pure white and firm — visually the whitest honey in the catalogue.
- Texture
- Crystallised; Soft set; Creamed
- Crystallisation
- Very fast, step 5 of 5, from very slow to very fast
Very fast — can set in the comb before it is extracted; sets with a fine crystal.
The highest glucose share of any common honey, with a glucose-to-fructose ratio around 1.0 to 1.1 and a low moisture content that makes the solution more supersaturated still. Nucleation begins almost immediately after extraction and can begin inside the comb. Fine crystals, so the set is smooth rather than gritty — which is why it is the preferred base for commercial soft-set honey.
Typical composition
- Moisture
- 14–17.5% (typically 16%)
- Fructose
- 36–40% (typically 38%)
- Glucose
- 37–42% (typically 39%)
- Glucose-to-fructose ratio
- 0.95–1.15 (typically 1.03)
- pH
- 3.7–4.4 (typically 4)
- Electrical conductivity
- 0.1–0.3 mS/cm (typically 0.18 mS/cm)
These are typical ranges assembled across published work, not measurements of a specific honey.
What these mean: the sugars and the ratio · moisture · conductivity · how each is measured
What laboratories and tasting panels measured
From the European reference description of Brassica (rape) honey: 715 authentic samples pooled by the International Honey Commission. These describe a population of honeys, not this or any particular jar — the standard deviations and sample counts are here so that no mean is mistaken for a specification.
| Parameter | Mean | Standard deviation | Limits | Samples |
|---|---|---|---|---|
| Pollen of the named plant% of pollen grains | 82.8 | ± 11.2 | 60.7 to 99.2 | 652 |
| Colourmm Pfund | 26.2 | ± 4.1 | 20 to 34.3 | 93 |
| Electrical conductivitymS/cm | 0.19 | ± 0.05 | 0.1 to 0.28 | 687 |
| pHpH | 4.1 | ± 0.2 | 3.7 to 4.4 | 177 |
| Free aciditymeq/kg | 10.3 | ± 2.1 | 6.2 to 14.5 | 137 |
| Lactonesmeq/kg | 6.3 | ± 2.6 | 1.2 to 11.4 | 112 |
| Total aciditymeq/kg | 16.3 | ± 4.3 | 7.9 to 23 | 112 |
| Waterg/100 g | 17 | ± 1.1 | 14.9 to 19.1 | 702 |
| Diastase activitySchade units (DN) | 26.9 | ± 5.8 | 15.3 to 36.8 | 95 |
| Invertase activityU/kg | 103.7 | ± 31.7 | 41.4 to 166 | 541 |
| Prolinemg/kg | 235 | ± 49 | 168 to 333 | 380 |
| Fructoseg/100 g | 38.3 | ± 1.7 | 34.8 to 41.7 | 419 |
| Glucoseg/100 g | 40.5 | ± 2.6 | 35.3 to 45.6 | 419 |
| Sucroseg/100 g | 0.3 | ± 0.4 | 0 to 1 | 106 |
| Fructose + glucoseg/100 g | 78.7 | ± 3.5 | 71.8 to 85.6 | 419 |
| Fructose ÷ glucoseratio | 0.95 | ± 0.07 | 0.81 to 1.09 | 419 |
| Glucose ÷ waterratio | 2.37 | ± 0.21 | 1.96 to 2.78 | 417 |
How a trained panel describes it
- Colour
- Light; normal honey colour
- Odour
- Medium — Spoiled, Vegetal
- Aroma in the mouth
- Medium — Floral – fresh fruit (fruity), Warm, Spoiled, Vegetal
- Taste
- Sweetness medium; acidity weak; bitterness absent
- Persistence
- Short; aftertaste sometimes present (blackcurrant)
- Other sensations
- When crystallised in very small crystals, refreshing (like “fondant”)
- Crystallisation
- Quick
This honey is often in crystallised form with very small crystals; in this case the colour appears whitish or dull ivory.
The family names are a trained-panel vocabulary: spoiled means a trained-panel family for sulphurous, cabbage-like or ammoniacal notes — here a characteristic of the honey type, not a fault; vegetal means green, grassy, hay and cut-stem notes; floral – fresh fruit means flowers and fresh fruit — split by panels into floral and fruity; warm means caramel, toffee, malt, cooked sugar — the notes of browning. How panels taste honey.
What each measurement tells you
- Pollen of the named plant
- Share of the pollen that comes from the plant the honey is named after. Varies enormously by plant — chestnut over-represents its pollen, citrus and lavender under-represent theirs — which is why no single percentage defines 'monofloral'.
- Colour
- Depth of colour on the Pfund scale — 0 is water-white, above 114 is dark amber. Tracks minerals and phenolic compounds, and darkens with heat and age.
- Electrical conductivity
- How well a honey solution carries current, which rises with its mineral and acid content. The main official test separating honeydew and chestnut honeys (high) from most blossom honeys (low).
- pH
- Acidity as a logarithmic scale. Honey is always acidic; honeydew and chestnut honeys sit highest because their minerals buffer the acids.
- Free acidity
- The acid present as free acid, mostly gluconic acid made by the bee enzyme glucose oxidase. Rises with fermentation, which is why it has a legal ceiling.
- Lactones
- Acid held in lactone form — the reserve that free-acidity titration does not see. Added to free acidity to give total acidity.
- Total acidity
- Free acidity plus lactones.
- Water
- Moisture content. Decides whether a honey can ferment and how fast it pours; set by the nectar, the weather and how long the bees ripened it.
- Diastase activity
- Activity of the starch-digesting enzyme the bees add. Falls with heating and storage, so a low value in a honey that should be high suggests heat or age — but some honeys, citrus and acacia among them, are naturally low.
- Invertase activity
- Activity of the bee enzyme that splits sucrose into glucose and fructose. More heat-sensitive than diastase, and a sharper indicator of freshness and gentle handling.
- Proline
- The main free amino acid, mostly from the bees' own secretions. A low value is one signal of sugar-syrup dilution or of an unripe honey.
- Fructose
- The sweeter, more soluble of the two main sugars. Honeys rich in it stay liquid.
- Glucose
- The less soluble of the two main sugars and the one that crystallises. Honeys rich in it set quickly and finely.
- Sucrose
- Ordinary sugar, mostly split by the bees during ripening. A few honeys — lavender, acacia, citrus — keep more of it naturally, which is why their legal limits are higher.
- Fructose + glucose
- The two main sugars together. Lower in honeydew honeys, which carry more oligosaccharides — melezitose, erlose and others — made by the insects that produced the honeydew.
- Fructose ÷ glucose
- The single best predictor of whether a honey crystallises. Below about 1.1 it sets quickly; above about 1.3 it tends to stay liquid for a long time.
- Glucose ÷ water
- How much glucose there is for each part of water. Above about 2.1 the solution is supersaturated enough to crystallise fast; below about 1.7 it crystallises slowly or not at all.
Population: Authentic unifloral honeys produced in 21 countries of the European geographical area, analysed by 20 laboratories in 11 countries of the International Honey Commission working group formed in 1998; published 2004.
Electrical conductivity and specific rotation are expressed on honey dry matter; every other value on the honey as it is.
Diastase and invertase are given for fresh honeys only; both fall with age and heating.
The limits are the source's 95% confidence limits, replaced by the observed minimum or maximum wherever the limit would have fallen outside the data.
Checked 2026-09-29 against: Main European unifloral honeys: descriptive sheets (2004); Sensory analysis applied to honey: state of the art (2004). Descriptive sheet, pp. S52–S53.
Protected versions and what they require
One protected name sells this honey type under a registered specification. Each sets limits a jar must meet to carry the name — they describe that protected honey, not every rapeseed honey.
Miód drahimski — PGI, rapeseed type (Rzepakowy)
The communes of Czaplinek, Wierzchowo, Barwice and Borne Sulinowo in the Drawsko lake district, north-west Poland.
To carry the name Miód drahimski, a honey must:
- be harvested within the defined area above;
- show the plant's pollen share the specification sets, read by pollen analysis;
- meet the 6 physico-chemical limits in the table;
- be produced and handled under its 5 rules;
- be certified under the scheme’s controls.
No single test checks all of these: pollen analysis, laboratory chemistry and a tasting panel each answer part, and the paperwork answers where the honey came from. This is a reading of the specification, not legal advice.
| Parameter | Required | This page’s typical range |
|---|---|---|
| Share of the plant's pollen | > 45 % pyłków rzepaku | Not recorded |
| Water | < 18 % | 14–17.5 % — inside the limit |
| HMF | < 25 mg/kg | Not recorded |
| Glucose + fructose | > 67 % | Not recorded |
| Free acidity | < 40 mval/kg meq/kg | Not recorded |
| Sucrose | < 4% | Not recorded |
| Proline | > 25 mg/100 g | Not recorded |
How it must be handled (5)
- Cold extraction by centrifuge; cappings may be cold-pressed.
- Pollen may not be filtered out and the honey may not be pasteurised.
- The honey may not exceed 42 °C at any stage.
- No bee medicines or chemical repellents during the harvest.
- Only Carniolan and dark European bees (A. m. carnica, A. m. mellifera) and their crosses.
„Miód drahimski” — jednolity dokument (single document, Council Regulation (EC) No 510/2006), OJ C 248, 15 September 2010, Single document §3.2, Table 1; §3.5. In Polish. Paraphrased by HoneyHQ from the document; not an official translation.
Where it comes from
- Floral source
- Brassica napus, grown at field scale for oil rather than for honey.
- Origins
- The United Kingdom, Germany, Poland, France, Denmark, the Czech Republic and Canada, following the oilseed acreage.
- Origin pages
Resolved from both directions — origins this honey names, and origins that name it.
- Typical harvest
- April to June (northern hemisphere)
Very early and very heavy. Beekeepers must extract promptly — a week's delay can mean the honey has set hard in the frames.
A typical window for the honey type, HoneyHQ synthesis — not a calendar for any one place.
- The bees
- A vast, concentrated and early flow that can build colonies rapidly at the start of the season. The same concentration is a weakness: once the field is over, a landscape of nothing but oilseed rape offers very little, which is the practical face of the monoculture-and-forage-gap problem.
- Usual processing
- Spun (centrifugally extracted), Creamed (seeded and controlled-set), Coarsely strained
Most of the UK and northern European crop goes into blended and soft-set products rather than being sold as a named monofloral, which is why so few readers have knowingly eaten it.
What to do with it
A spreading honey and a baking honey. Its virtue is a fine smooth set that behaves like butter on bread; expecting flavour from it is a category error.
SpreadingBakingAt the table
Pairings
- Sourdough toast
The bread carries the flavour and the honey carries the sweetness and the texture. A well-divided job.
- Baking generally
Nothing aromatic to lose in the oven, so none of the usual argument against cooking with good honey applies.
Pairing pages this honey appears on
Selected by this honey’s own recorded intensity, flavour families and uses rather than by anything written above — each page prints the rule that put it there.
Where this honey sits in the catalogue
Similar honeys and substitutes
Three different questions with different answers: a honey that tastes alike can behave differently in a recipe, and the same set texture says nothing about flavour. Each list is chosen from the recorded fields that matter to its question — and, where tasting panels or specifications described both honeys, the terms they share — and every suggestion says which, and what will be different. Compare it side by side or build a tasting flight.
Tastes similar
If you like this honey, try
- Mustard honey
Similar because
- Both vegetal and buttery
- Same intensity — mild
Different: sweeter (sweetness: intensely sweet)
- Milk vetch honey
Similar because
- Both vegetal and buttery
- Same intensity — mild
Different: sweeter (sweetness: very sweet)
- Pagoda tree honey
Similar because
- Both vegetal and buttery
- Same intensity — mild
Different: sweeter (sweetness: very sweet)
Cooks similarly
If it is not available for a recipe, use
- Spring blossom honey
Similar because
- Same intensity (mild), so it shows through a recipe to the same degree
- Recorded for the same uses: spreading, at the table and baking
- Mustard honey
Similar because
- Same intensity (mild), so it shows through a recipe to the same degree
- Recorded for the same uses: spreading, at the table and baking
- Milk vetch honey
Similar because
- Same intensity (mild), so it shows through a recipe to the same degree
- Recorded for the same uses: at the table, spreading and baking
Same texture
For the same feel in the jar, try
- Ak bal
Similar because
- Also sold crystallised, soft set and creamed
- Crystallises at the same very fast rate
- Same fine crystal when it sets
- Kiawe honey
Similar because
- Also sold crystallised, soft set and creamed
- Crystallises at the same very fast rate
- Same fine crystal when it sets
Different: milder flavour (intensity: delicate)
- Tea blossom honey
Similar because
- Also sold crystallised, soft set and creamed
- Crystallises at the same very fast rate
- Same fine crystal when it sets
Different: more bitter (bitterness: noticeable); stronger flavour (intensity: moderate)
History and traditional use
A honey with essentially no history before the 1970s. Oilseed rape acreage expanded dramatically across Europe from that decade, and a new and difficult honey arrived with it — one that forced beekeepers to change their extraction timing and their marketing.
Sources
- HoneyHQ editorial synthesis — HEKNO Ltd · HoneyHQ synthesis
How sources are selected and weighted is set out in the sources and evidence policy.
Guides that cover this honey
- Why honey crystallisesGranulation is not spoilage, not a sign of adulteration, and not evidence that honey is raw. It is glucose doing what glucose does — and the rate is predictable from the sugar ratio.
- Raw, filtered and processed honeyWhat actually happens between the hive and the jar, which of it changes the honey, and why the word 'raw' carries less information than it appears to.
- Creamed, set and whipped honeyCreamed honey has nothing added and nothing whipped into it. It is ordinary honey whose crystallisation has been controlled instead of left to chance, and the technique is a hundred years old.
- Why honey comes in different coloursHoney runs from nearly colourless to almost black, and the colour is set mainly by the plant. It correlates loosely with intensity, more strongly with mineral content, and not at all with quality.
- Why honey has different texturesRunny, set, creamed, thixotropic and comb are five different things, and only one of them is a processing decision. The rest follow from sugar chemistry and from what the bees put in the jar.
- Which flowers make honeyBeing good for bees and producing a honey crop are different things. A honey crop needs a plant that flowers in enormous quantity, in one place, at one time — which most good bee plants do not.
- How plants decide honey flavourNearly everything that distinguishes one honey from another arrives in the nectar. The bee contributes enzymes and evaporation; the plant contributes everything you taste.
- Why flowering seasons matterBees and flowers have to be in the same place at the same time. That synchrony is being pulled apart by warming, and for specialist bees with narrow windows it is a serious problem.
- Honey chemistry explainedHoney is a supersaturated sugar solution with a small and consequential fraction of everything else. Almost every practical question about honey resolves into a question about that composition.
- What is actually in honeyA full compositional breakdown, with an honest account of which components matter nutritionally and which are present in quantities too small to do anything.
- Types of honey: how the catalogue actually dividesHoney is sorted four different ways at once — by floral source, by colour, by texture and by processing — and a jar label usually mixes them. Knowing which axis a word belongs to is most of what it takes to read one.
- The sugars in honeyFour fifths of honey is sugar, and almost everything honey does — how sweet it tastes, whether it sets, how it behaves in a pan — follows from which sugars and in what proportion.
- Which crops need pollinators, and which bees do the workCrop by crop, the need for pollinators runs from total to none. How much of that work honey bees do is a separate question, and so is whether a grower rents hives — the three answers often differ.
Tools for choosing and using honey
- Honey finder
Which honey should I buy for what I actually want to do with it?
- Flavour selector
I like this taste — which honeys have it?
- Honey comparison
How do these honeys actually differ, beyond colour?
- Honey substitute calculator
How much honey do I use instead of sugar, and what else has to change?
- Storage guide
How should I store honey, and what do I do when it sets?