Seeing Is Believing
Computer Hardware - Industry
QBTS is currently covered by 5 analysts with an average price target of $34.48. This is a potential upside of $6.37 (22.66%) from yesterday's end of day stock price of $28.11.
D-Wave Quantum's activity chart (see below) currently has 37 price targets and 43 ratings on display. The stock rating distribution of QBTS is 100% BUY.
Analysts average stock forecasts to be materialized ratio is 93.33% with an average time for these price targets to be met of 172.17 days.
Highest price target for QBTS is $45, Lowest price target is $13, average price target is $31.5.
Most recent stock forecast was given by KEVIN GARRIGAN from JEFFERIES on 16-Dec-2025. First documented stock forecast 19-Oct-2022.
Currently out of the existing stock ratings of QBTS, 18 are a BUY (100%).
Analyst name
Rating
Rating initiation date
Current price target
Potential Upside
Previous price target
Date
Price targets met ratio
Average potential upside
Average Days to Hit Target
Performance score
Buy
Since 09-Aug-2024
$45
$16.89 (60.09%)
$30
26 days ago
(16-Dec-2025)
2/3 (66.67%)
$19.49 (76.40%)
89
Buy
Since 24-Jan-2023
$35
$6.89 (24.51%)
$20
2 months 1 days ago
(10-Nov-2025)
14/15 (93.33%)
$5.64 (19.21%)
168
Buy
Since 25-Jul-2024
$33
$4.89 (17.40%)
$22
3 months 20 days ago
(22-Sep-2025)
8/8 (100%)
$7.33 (28.55%)
50
Buy
Since 08-Apr-2024
$13
$-15.11 (-53.75%)
$8.5
8 months 2 days ago
(09-May-2025)
7/7 (100%)
$1.91 (17.22%)
84
Buy
Since 01-Apr-2024
$9
$-19.11 (-67.98%)
$2.5
1 years 22 days ago
(20-Dec-2024)
2/2 (100%)
$2.56 (39.75%)
121
What is QBTS (D-Wave Quantum) average time for price targets to be met?
Which analyst has the current highest performing score on QBTS (D-Wave Quantum) with a proven track record?
Which analyst has the current lower performing score on QBTS (D-Wave Quantum) with a proven track record?
Which analyst has the most public recommendations on QBTS (D-Wave Quantum)?
Which analyst is the currently most bullish on QBTS (D-Wave Quantum)?
Which analyst is the currently most reserved on QBTS (D-Wave Quantum)?